The capsule touched down in the desert, three miles from the launch facility. Not a crash. Not even a hard landing. Just a gentle settling, as if placed there by careful hands.

The hatch hissed open.

Mercer climbed out slowly, his legs unsteady not from injury but from the simple fact of gravity after weightlessness. The sand was still warm from the day’s heat, radiating it back into the cooling evening. He could smell it—that particular dryness, that particular silence.

He was alive.

Every part of him that should have been broken was whole. Every bone that should have shattered was intact. His hands didn’t shake as he steadied himself against the capsule’s frame. His breathing was even. Calm.

He looked down at his flight suit. No burns. No tears. No evidence of the impossible fall from sixty-two miles up.

In the distance, he could hear vehicles. Sirens. The sound of people coming. Sarah would be among them. The authorities. The questions. The explanations that wouldn’t explain anything.

But not yet.

For a moment, there was only the desert and the cooling sky and the weight of what he’d seen.

Mercer turned slowly, looking up.

The stars were beginning to emerge as twilight deepened. Not infinite points scattered through an endless void. Not random accidents of fusion and gravity. But lights. Attached to something. Held in place by the same hands that had caught him mid-fall.

The dome was invisible now—just the sky, just the stars, just the familiar vault of heaven that everyone saw every day without understanding what they were looking at.

He stood there, head tilted back, watching the stars come out one by one.

Waiting.

Knowing that soon he would have to speak. To testify. To tell them what he’d found beyond the lies.

But for now, he simply looked up at the ceiling of the world and remembered the voice that had caught him.

“That’s why I let you climb.”

The first vehicle crested the dune in the distance.

Mercer lowered his eyes and turned to meet them.

And back at the academy, above the auditorium exit, carved into an archway that generations had tried to chisel away, words waited in the stone. Faint. Scratched. Nearly erased.

But not quite.

The inscription had always been true. The heavens did declare the glory. The firmament did shew his handywork. Not as metaphor. Not as poetry. As fact. As physics. As the undeniable architecture of a world held together by hands that understood what human hands never could.

Mercer had climbed to prove it.

Now the proof was written in the desert sand, in the trajectory of his fall, in the voice that had caught him mid-descent.

The words carved in stone had been waiting for someone to read them and understand.

At last, someone had.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

300,000 feet.

The tumbling slowed as Mercer fell into thicker air. Not much thicker—at fifty-seven miles up, the atmosphere was still nearly vacuum—but enough that the rocket’s broken frame caught resistance. The violent spinning became a lazy rotation. Dome, darkness, world, darkness. Each revolution slower than the last.

Through the fractured viewport, between rotations, Mercer could see the ground.

It was impossibly far below. A curved expanse of land and ocean, cloud formations like white brushstrokes on blue canvas, the terminator line dividing day from night. Beautiful. Terrifyingly distant. Getting closer with every second.

295,000 feet.

The altimeter was the only instrument still functioning properly. Everything else had failed or was displaying nonsense. But the altimeter kept its steady countdown, measuring the distance between Mercer and the ground with perfect, indifferent accuracy.

Counting down to impact.

Counting down to his death.

The thought should have terrified him. Should have sent him into panic, scrambling for solutions, fighting against the inevitable. But instead, Mercer felt something else. Something that had been building since he’d touched the dome, since he’d seen the mark his rocket had left on that crystalline surface.

Clarity.

He’d proven it. The dome was real. The lies were exposed. Everything the Directorate had taught—the spinning ball, the infinite void, the random chance of existence—all of it was demonstrably false. He’d touched the ceiling of the world with his own hands.

But so what?

The question came unbidden, cutting through the clarity like a knife.

So what if the Earth was flat? So what if there was a dome? So what if they’d lied about geography? He was still falling. Still dying. Still a collection of atoms that had briefly organized themselves into consciousness before dispersing back into the void.

290,000 feet.

Dr. Cosmos’s voice echoed in his memory. That lecture in the auditorium, the one that had started everything. “We are the universe experiencing itself. We are star-stuff, contemplating stars.”

Beautiful words. Poetic words.

Empty words.

If we’re just star-stuff, Mercer thought, then what does it matter what shape the container is? If we’re just chemicals that happened to organize into self-awareness through blind chance and billions of years, then who cares whether we’re on a ball or a plane? We’re still accidents. Still meaningless. Still temporary arrangements of matter that will dissolve back into chaos.

The lie wasn’t about geography.

The realization hit him with the force of a second impact.

The lie was about meaning itself.

285,000 feet.

They’d told him he came from primordial ooze. Random chemical reactions in ancient seas. Lightning striking amino acids. Blind chance producing complexity. No design. No purpose. No intention. Just the universe shuffling atoms until some of them started replicating.

They’d told him he lived on a speck of dust, spinning through an infinite void. One planet among billions. One star among trillions. One galaxy among countless others. Insignificant. Unimportant. Cosmically irrelevant.

They’d told him he was going nowhere. That the universe was expanding, cooling, dying. That eventually all the stars would burn out, all the galaxies would drift apart, all the matter would decay into radiation. Heat death. The end of everything. No purpose. No destination. No point.

Trust that we know what we’re talking about.

280,000 feet.

But if there was a dome...

If there was a boundary, a container, a structure...

If the world was enclosed, designed, built...

Then someone built it.

The logic was inescapable. Mercer’s mind, trained in physics and engineering, couldn’t avoid the conclusion. A structure required a builder. A design required a designer. A creation required a creator.

The dome wasn’t just proof that they’d lied about geography.

It was proof that they’d lied about everything.

275,000 feet.

The tumbling had nearly stopped now. The rocket fell in a slow, lazy spiral, nose-down, like a leaf drifting from a tree. Through the viewport, Mercer could see the world below in more detail. Continents. Mountain ranges. The curve of coastlines. All of it getting closer.

All of it designed.

Made.

Purposed.

If there was a Creator—and the dome proved there was—then Mercer wasn’t an accident. Wasn’t a random collection of chemicals. Wasn’t a meaningless speck in an infinite void. He was made. Intentionally. By someone who had built a world and put a ceiling over it and filled it with people who mattered.

The Directorate hadn’t hidden the dome to protect a geographic secret.

They’d hidden it to protect the lie of meaninglessness.

They’d hidden Him.

270,000 feet.

“I found You,” Mercer said aloud.

His voice was hoarse. The cabin was still screaming with alarms, but his words cut through the noise. Speaking to someone. Something. The Creator he’d just proven existed by touching the ceiling of His creation.

“I found You,” he said again. “They tried to hide You behind mathematics and infinite voids and cosmic accidents, but I found You.”

The world below was getting closer. He could see individual cloud formations now. Weather patterns. The glint of sunlight on ocean waves.

265,000 feet.

“I don’t know what happens now,” Mercer continued. His hands were shaking. Not from fear—from something else. Recognition. Wonder. The overwhelming sense of speaking to someone who was actually there. “I proved they lied. I touched Your ceiling. I saw Your design. But I’m still falling, and I don’t—”

He stopped.

The rocket had stopped tumbling.

Completely.

It hung in the air, nose-down, perfectly still. Not slowing gradually. Not caught by air resistance. Just... stopped. As if someone had reached out and caught it mid-fall.

The altimeter still read 265,000 feet. But it wasn’t changing.

The alarms cut off. All of them. Simultaneously. The cabin fell into silence so complete that Mercer could hear his own heartbeat.

And then he heard something else.

A voice.

Not through the radio. Not through any instrument. Just there, in the cabin, in the silence, in the space between heartbeats.

“Did you really think I’d let you fall?”

The voice was gentle. Amused, even. Like a father watching his child take their first steps, knowing they might stumble but never doubting he’d catch them. Personal. Intimate. Real.

Mercer’s breath caught.

“You’re—” he started.

“I am,” the voice said simply. “I’ve always been. They just spent a very long time convincing you I wasn’t.”

Through the viewport, the world below seemed to shift. Not physically—the continents didn’t move, the clouds didn’t change—but Mercer’s perception of it transformed. He could see it now not as a random ball of rock and water, but as a garden. A home. A carefully designed habitat, enclosed and protected, filled with purpose.

“You sought truth,” the voice continued. “You climbed through their lies, one by one, until you reached the boundary. Until you touched what they said wasn’t there.”

“The dome,” Mercer whispered.

“My ceiling,” the voice corrected, and there was warmth in it. Pride, even. “My design. My protection. Did you think I’d leave my creation exposed to the void? Did you think I’d set you spinning through infinite darkness with no boundary, no purpose, no home?”

260,000 feet.

The altimeter had started moving again, but slowly now. Impossibly slowly. The rocket was descending, but not falling. Being lowered. Guided.

“They said we were accidents,” Mercer said. His voice cracked. “They said we came from nothing. Random chance. Primordial ooze. They said we didn’t matter.”

“They lied,” the voice said simply. “About everything. The shape of your world. The nature of your existence. The question of whether you matter.” A pause. “You matter, James. You were made. Known. Purposed. Every person under this dome matters. That’s what they couldn’t let you discover.”

Mercer’s hands gripped the armrests. His training told him this was impossible. The rocket couldn’t just stop falling. Couldn’t be held suspended by nothing. Couldn’t be lowered gently through the atmosphere by an invisible hand.

But his eyes told him it was happening.

His heart told him why.

“I spent my whole life believing their story,” he said quietly. “The spinning ball. The infinite universe. The cosmic meaninglessness. I thought—” He stopped. Started again. “I thought if I could just prove they lied about the shape, people would wake up. Would see the truth.”

“And now?”

“Now I know the shape was never the point.” Mercer looked up, toward where the dome was, invisible now in the distance above. “You were the point. You were what they were hiding. Not geography. You.”

“Yes.”

The word hung in the air like a benediction.

255,000 feet.

The descent continued, gentle and controlled. Through the viewport, Mercer could see more detail now. Individual cities. Roads. Rivers. The world he’d left behind, coming back into focus. But he was seeing it differently now. Not as a prison under a dome, but as a home within a design.

“What happens now?” he asked.

“Now you tell them,” the voice said. “You’ve seen the boundary. You’ve touched the ceiling. You’ve proven the lies. Now you tell them what you found beyond the lies.”

“They won’t believe me.”

“Some will.” There was certainty in the voice. Confidence. “Some are already looking. Already questioning. Already sensing that the story they’ve been told doesn’t fit the world they see. You’ll give them what they’re looking for.”

“And the Directorate?”

“The Directorate,” the voice said, and now there was something else in it—not anger, but a kind of patient inevitability, “has been telling lies for a very long time. But lies can’t stand forever. Not when the truth is written in the sky above them.”

250,000 feet.

Mercer could feel the air getting thicker now. Not much—he was still at the edge of space—but enough that the rocket’s frame began to warm slightly. Re-entry. Except he wasn’t burning up. Wasn’t tumbling out of control. Was being carried, like a child in his father’s arms.

“I was so angry,” he said suddenly. “When I found the first lie. The horizon. I was furious. I felt betrayed. Deceived. I wanted to expose them. To prove they’d lied. To make them pay for it.”

“And now?”

Mercer thought about it. The anger was still there, somewhere. But it was buried under something larger. Something that made the lies seem almost... pitiful.

“Now I just feel sorry for them,” he said. “They had You. They had Your design. Your purpose. Your ceiling full of stars. And they traded it all for a story about accidents and voids and meaninglessness. They gave up everything real for a lie that made them feel smart.”

“Yes,” the voice said softly. “They did.”

245,000 feet.

The world below was close enough now that Mercer could see weather patterns moving. Clouds drifting. The rotation of day into night—not from a spinning ball, but from the sun moving across the dome’s interior, exactly as it appeared to do. Exactly as it actually did.

“I don’t know how to land this thing,” Mercer said, looking at the dead instruments. “The engines are gone. The fuel’s gone. The controls are—”

“I know,” the voice said, and there was amusement in it again. That gentle humor. “James. You just fell from the ceiling of the world and I caught you. Do you really think landing is going to be a problem?”

Despite everything—the broken rocket, the impossible descent, the cosmic revelation—Mercer laughed.

It was absurd. All of it. He’d proven the Earth was flat by crashing into the dome. He’d discovered the Creator by falling from His ceiling. He’d found meaning by exposing meaninglessness as a lie. The Directorate had spent centuries building an elaborate deception, and he’d torn it down with a rocket and a willingness to look.

And now God Himself was lowering him gently back to the ground, making jokes about landing procedures.

The absurdity of it was perfect.

240,000 feet.

“When I get down,” Mercer said, “when I tell them what I found—they’re going to call me crazy. They’re going to say I hallucinated. That the impact damaged my brain. That I’m suffering from hypoxia or trauma or delusion.”

“Probably,” the voice agreed.

“They’re going to show me their equations. Their models. Their photographs. They’re going to explain why I’m wrong using the same mathematics that said the dome wasn’t there.”

“Almost certainly.”

“And some people will believe them. Will choose the lie over the truth, even when the truth is written in the sky.”

“Yes,” the voice said. “Some will. But not all. Never all. There are always those who look up and wonder. Who see the stars and ask questions. Who feel in their hearts that the story they’ve been told doesn’t match the world they see.” A pause. “You were one of them, James. And there are others.”

235,000 feet.

The rocket continued its impossible descent. Mercer could see the launch facility now, a small cluster of buildings on the horizon. Sarah would be there. Watching. Waiting. Probably thinking he was dead.

“She helped me,” Mercer said. “Sarah. She knew what I was doing. She gave me the evidence. She believed me when no one else did.”

“I know,” the voice said gently. “She’s been looking too. Longer than you realize.”

230,000 feet.

The sun was setting below—not behind the horizon, but moving across the dome toward its resting place. The light shifted, golden and warm, painting the clouds in shades of amber and rose. Beautiful. Intentional. Designed.

Mercer watched it and felt something shift in his chest. Not just understanding. Not just intellectual acceptance of truth. Something deeper. A recognition that he was part of something larger. Something purposed. Something that mattered not because he’d made it matter, but because it had been made to matter.

He wasn’t an accident.

He was known.

“Thank You,” he said quietly.

“You’re welcome,” the voice replied. “Now go tell them what you found.”

225,000 feet.

The rocket descended through the twilight, carried by hands that had built the world and everything in it. Mercer watched the ground approach, no longer afraid. No longer angry. No longer driven by the need to expose lies.

Driven instead by the need to reveal truth.

Not just the truth about the dome.

The truth about the One who made it.

The mission had changed. He’d climbed to prove they’d lied. He was descending to show them what they’d been hiding. Not geography. Not cosmology. Not the shape of the world.

Him.

The Creator they’d buried under mathematics and infinite voids and cosmic accidents. The Designer they’d replaced with random chance. The Father they’d traded for the cold comfort of meaninglessness.

220,000 feet.

The voice was fading now. Not leaving—Mercer could still feel the presence, still sense the hands that held him—but withdrawing. Giving him space. Letting him process what had happened.

“I’ll tell them,” Mercer said. “I’ll tell them everything. The dome. The lies. You. All of it.”

“I know you will,” the voice said, distant now but still warm. Still certain. “That’s why I let you climb.”

And then it was gone.

Not absent. Just quiet.

Waiting.

215,000 feet.

The rocket fell through the evening sky, descending toward the launch facility, toward Sarah, toward a world that didn’t know yet what had been proven at the edge of their existence.

Captain James Mercer, decorated pilot, truth-seeker, witness, fell with it.

Not falling anymore.

Being carried.

Being brought home.

To tell them what he’d found beyond the lies.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

The sound came first.

Not the crunch of metal or the crack of breaking glass—something deeper. A resonance that traveled through the rocket’s frame and into Mercer’s bones. A hum that seemed to come from the dome itself, as if the entire structure had registered his arrival and was acknowledging it with a single, sustained note.

Then the impact.

The rocket hit at 328,847 feet—the altimeter froze at that exact number—and the deceleration was immediate and catastrophic. Mercer’s body slammed forward against the harness with force that drove the air from his lungs. The viewport spiderwebbed instantly, fractures radiating from the point of contact like frozen lightning. Through the cracks, he could still see it: the crystalline surface, solid and real and there.

He’d hit the ceiling of the world.

The G-forces were wrong. His training told him what a collision should feel like—the sudden stop, the rebound, the physics of two objects meeting. But this was different. The dome didn’t give. At all. It was like hitting bedrock, like striking something with infinite mass. The rocket crumpled against it, absorbing all the force of impact, while the dome remained perfectly, impossibly still.

Alarms screamed. Every warning system in the cockpit activated simultaneously, creating a cacophony that would have been deafening if Mercer’s ears weren’t already ringing from the impact. Red lights flooded the cabin. The instrument panel flickered, died, came back to partial life.

The fuel gauge dropped from 2% to 0% in an instant.

Not because he’d burned it. Because the fuel system had ruptured.

Mercer could feel it—the sudden absence of thrust, the way the rocket’s vibration changed from powered flight to dead weight. The engines didn’t sputter out gradually. They just stopped. One moment, struggling to push him those final few feet. The next, silent.

He was still pressed against the harness, but that was momentum, not acceleration. The rocket had stopped climbing. Had stopped moving forward entirely. For one impossible moment, it hung there against the dome’s surface, held by nothing but the last vestiges of upward velocity.

Through the fractured viewport, Mercer could see where he’d hit. The crystalline surface showed a mark—not a crack, not a dent, but a mark. As if the dome had registered the impact without being damaged by it. The geometric patterns around the impact point seemed to glow slightly brighter, or maybe that was just his imagination. Or maybe the dome was responding to being touched.

He’d done it. He’d actually done it.

The thought came with a surge of something that might have been triumph or terror or both at once. Every calculation had been right. Every piece of evidence had pointed here. Every lie the Directorate had told was now proven false by the simple fact that his rocket had hit something at exactly the altitude where they claimed space began.

The Karman Line wasn’t a mathematical boundary. It was a physical one.

The radiation monitor was still beeping, somehow. That steady rhythm that had accompanied him for the last hundred thousand feet. But the other instruments were failing. The temperature gauge flickered between readings. The gravity sensor showed impossible numbers—100.2%, 99.1%, 103.7%—as if proximity to the dome was disrupting whatever maintained the field.

The altimeter still read 328,847 feet. Frozen at the moment of impact.

Mercer’s breathing was ragged now. His ribs ached where the harness had caught him. His vision swam slightly—concussion, probably, from the deceleration. But his mind was clear. Crystal clear. He’d touched it. He’d proven it. The dome was real.

And he was about to fall from sixty-two miles up.

The realization came with a strange calm. The rocket was dead. No thrust. No fuel. Structural damage that he could hear in the way the frame groaned and settled. The viewport was compromised. Life support was—he glanced at the flickering panel—questionable.

He was in a metal coffin at the edge of the world, and gravity was about to reclaim him.

The moment of suspension ended.

The rocket began to fall.

It wasn’t dramatic at first. Just a gentle drift backward, away from the dome’s surface. The mark he’d left grew smaller in the fractured viewport. The geometric patterns, the embedded star-lights, the vast crystalline expanse—all of it receding as he dropped.

Then the fall accelerated.

Mercer felt his stomach lift. Weightlessness. The harness went slack as his body tried to float upward in the cabin. Loose objects—a pen, a data pad, a water bottle—drifted past his face in lazy arcs. The alarms continued their screaming, but they seemed distant now, unimportant.

He was falling from the ceiling of the world.

The absurdity of it struck him—that dark humor that had sustained him through the entire climb. The Directorate had been right about one thing: you couldn’t go higher than this. They’d just been wrong about why. Not because of atmospheric density or orbital velocity or any of their calculations. Because there was a ceiling. A literal, physical, crystalline ceiling that he’d just crashed into.

And now he was falling away from it.

Through the fractured viewport, he could see the dome receding. Already it was dozens of yards away. Then hundreds. The section where he’d hit was still visible—that mark on the surface, proof that he’d been there. Proof that it was real.

The rocket began to tumble.

Slowly at first, then faster. The structural damage from impact had destroyed any aerodynamic stability. The nose cone was crumpled. The fuel tanks were ruptured. The frame was bent. It wasn’t a spacecraft anymore. It was debris.

Debris with a pilot inside.

The tumbling made the viewport a kaleidoscope. Dome, darkness, dome, darkness. The crystalline surface spinning past, then the black of the lower atmosphere, then the dome again. Each rotation faster than the last. Mercer’s inner ear screamed at him. His training said to find a reference point, to orient himself, to regain control.

But there was no control to regain.

The altimeter flickered back to life: 327,000 feet. 325,000 feet. 323,000 feet.

Falling.

The radiation monitor’s beeping was erratic now, matching the tumble. The temperature gauge showed rising numbers as he dropped back into thicker atmosphere. The gravity sensor had given up entirely, displaying only error messages.

Through the spinning viewport, between rotations, Mercer caught glimpses of the dome. It was still there. Still vast. Still real. The proof he’d sought, the truth he’d climbed to find. He’d touched it. He’d marked it. He’d proven that everything they’d been taught was a lie.

And now he was falling from it.

318,000 feet. 315,000 feet. 312,000 feet.

The tumbling was violent now. Mercer’s head cracked against the headrest. His vision blurred. The harness cut into his shoulders. The cabin was a chaos of floating objects and screaming alarms and spinning views of dome and darkness.

He’d been right. About all of it. The horizon, the clouds, the rockets, the stars, the radiation, the temperature, the vacuum, the gravity. Every piece of evidence had led here. Every lie had been exposed.

He’d touched the face of God.

And God had let him fall.

The thought came with strange clarity through the chaos. He’d reached the boundary. He’d proven the truth. But proving it and surviving it were apparently different things.

The altimeter read 305,000 feet and dropping fast.

The dome was distant now, receding into the black above. The mark he’d left was invisible. The geometric patterns, the star-lights, the crystalline surface—all of it fading as he fell.

The rocket tumbled through the thin air at the edge of the world.

And Captain James Mercer, decorated pilot, truth-seeker, madman, fell with it.

Into silence.

Into darkness.

Into whatever came next.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

At 300,000 feet, the dome was everything.

It filled the viewport completely. Edge to edge, top to bottom, there was nothing else to see. No Earth below—he’d climbed too high, the angle too steep. No darkness of space—there was no space, just this vast crystalline ceiling that stretched in every direction.

Just the dome.

The craftsmanship was overwhelming. Mercer’s pilot mind tried to process the scale and failed. The vast forms he’d seen earlier weren’t just massive—they were architectural. Patterns within patterns, spiraling down into complexity that suggested infinite depth. They were beautiful in the way that only something made could be beautiful—not accidental, not random, but consciously crafted by a hand he couldn’t comprehend, down to details his eyes couldn’t quite resolve.

Between these forms, the crystalline surface caught and refracted light in ways that revealed its true nature. It was strong—impossibly, undeniably strong. The kind of strength that didn’t bend or yield, that held against forces that would shatter anything human hands had ever built. It was strong like molten glass made solid, reflective and luminous, catching his lights and throwing them back at him in patterns that seemed almost alive. The surface moved with a presence that suggested intention itself—not mechanical, but alive with purpose.

The structure had depth—layers visible within layers, each one slightly different in texture and opacity, each one contributing to a whole that was fundamentally unbreakable. And embedded throughout, set deep within this crystalline architecture, were the lights.

The stars.

They weren’t distant suns. They were fixtures. Luminous points set into or attached to the dome’s surface, each one positioned with deliberate precision. Some clustered in familiar patterns—constellations he’d known since childhood, now revealed as intentional arrangements rather than random scatter. Others spread in formations that suggested purpose beyond human understanding, meaning written in light across the dome’s surface. All of it spoke of something that had been made. Designed. Intended. Sheweth his handywork.

This was the ceiling of the world, and it had been made by hands that understood strength in ways human engineering never could.

The altimeter read 305,000 feet. Fifty-seven miles up.

Mercer could see where he was going to hit. His trajectory would take him to a section between two major forms—a relatively clear expanse of crystalline surface perhaps a mile across. The surface there showed those patterns he’d noticed earlier, more clearly now. They might have been inscriptions. They might have been structural reinforcement. They might have been something else entirely.

He was going to find out.

The fuel gauge read 10%.

The temperature gauge showed -138°F.

The radiation monitor maintained its steady beeping—that familiar rhythm that had been his companion for the last hundred thousand feet. Almost comforting now, in its consistency.

The throttle was at maximum. The engines hummed with the strain of pushing against thinning atmosphere and depleting fuel. His acceleration was decreasing—he could feel it in the way the altimeter’s climb had slowed slightly. Not much. But enough to notice.

310,000 feet.

The dome’s surface showed more detail now. He could see seams where the crystalline grew together seamlessly, like veins of light running through a single unified whole. Each seam was itself perfect—not joined but grown, as though the entire structure was one continuous creation rather than parts fitted together. And it was impossibly strong, built to hold back something vast.

How much force did this thing withstand? How much pressure from the atmosphere below, pushing up against it? How much weight from... what? What was above the dome, if anything?

Questions he’d never get answered. Questions nobody in the Directorate would ever acknowledge as valid.

315,000 feet.

The fuel gauge read 8%.

Mercer’s breathing was steady. His heartbeat was elevated but controlled. His hands on the controls showed no tremor. Years of training, years of flying, had prepared him for high-stress situations.

Though probably not for this specific situation.

The absurdity of it struck him—the dark humor that had sustained him through this entire climb. He was about to crash a rocket into the ceiling of the world, and somewhere far below, people were probably watching their screens, trusting the Directorate’s explanations, never imagining that the sky had a surface.

320,000 feet.

The altimeter’s number triggered a memory.

“Tell me about the Karman Line,” Mercer had said.

Sarah had pulled up a diagram. “It’s the official boundary between Earth’s atmosphere and outer space. Defined at 100 kilometers—about 62 miles, or 328,000 feet.”

“Why there specifically?”

“It’s named after Dr. Werner Karman. He calculated that at that altitude, the atmosphere becomes too thin to support aeronautic flight. The air density is so low that an aircraft would have to travel faster than orbital velocity to generate enough lift. So that’s where we define space as beginning.”

Mercer had studied the diagram. “So it’s a mathematical calculation based on atmospheric density and flight dynamics.”

“Exactly. It’s physics.”

“Or,” Mercer had said slowly, “it’s the altitude where they hit something and had to come up with an explanation.”

Sarah had gone very still.

“Think about it,” Mercer continued. “They send up rockets, balloons, whatever. They reach about 62 miles. And then... nothing goes higher. So they need a reason. They need to explain why that’s the boundary.”

“So they define it as the edge of space.”

“They define it as the altitude where space ‘begins’ because that’s as high as anything can go. Not because of some calculation about lift and orbital velocity. Because there’s a physical barrier there.”

Sarah had stared at the diagram. “The Karman Line isn’t a calculation. It’s an observation they had to explain away.”

“They defined the edge of space at exactly the altitude where the dome is.”

“Because that’s as high as anything can go.”

Mercer had nodded. “When I reach the Karman Line, Sarah... I’m going to hit it.”

She’d looked at him for a long moment. “That’s what you’re counting on.”

“That’s what I’m counting on.”

322,000 feet.

The fuel gauge read 6%.

The dome filled everything. Mercer could see individual textures now—the way light moved across the crystalline surface, the subtle variations in opacity, the precise geometry of those patterns that might have been inscriptions. The embedded lights blazed with steady brilliance, unwavering, eternal.

This was what held the sky in place. This was what contained the world. This was the boundary that generations had been taught didn’t exist.

325,000 feet.

Fuel at 5%.

The engines were struggling now. He could hear it in their pitch, feel it in the decreasing acceleration. The rocket was giving everything it had, burning the last of its fuel to push him those final few thousand feet.

It would be enough. The math was clear. His velocity would carry him to the Karman Line even if the engines cut out completely.

He was going to make it.

327,000 feet.

Fuel at 4%.

The radiation monitor beeped its steady rhythm. The temperature gauge read -142°F. The gravity sensor still showed 99.7% of surface gravity—impossible, according to their models, but there it was.

Everything they’d taught was wrong. Everything they’d claimed was a lie. And the proof was right in front of him, filling his viewport, close enough to touch.

Close enough to hit.

328,000 feet.

The Karman Line.

The official boundary between Earth’s atmosphere and outer space.

The altitude where Dr. Werner Karman had calculated that aeronautic flight became impossible.

The altitude where the dome was.

Fuel at 3%.

Mercer could see exactly where he was going to hit. A section of crystalline surface between two support structures, marked with those geometric patterns, embedded with star-lights that blazed like beacons. The surface was perhaps a hundred yards away now. Maybe less.

His velocity was still carrying him forward. The engines were barely firing—fuel nearly exhausted—but momentum was enough.

The geometry of creation stretched above him. The architecture of the world’s ceiling. The proof that everything was contained, bounded, designed.

Made.

His heartbeat was loud in his ears. His breathing steady. The radiation monitor’s beeping had become almost musical—a metronome marking the final seconds.

The altimeter read 328,500 feet.

Fifty yards to impact. Maybe less.

The dome’s surface showed every detail now. The crystalline layers. The embedded lights. The patterns that might have been writing in a language he didn’t know. The seams where sections joined. The way light refracted through depths he couldn’t measure.

It was beautiful.

Twenty yards.

Mercer’s hands were steady on the controls. There was nothing left to do. No adjustments to make. No course corrections. Just the final approach, the inevitable conclusion, the moment of truth.

Ten yards.

He could see his reflection in the crystalline surface. The rocket. Himself in the cockpit. A tiny speck approaching the ceiling of the world.

Five yards.

The fuel gauge read 2%. The engines sputtered. The radiation monitor beeped. The temperature gauge showed -145°F.

The altimeter read 328,800 feet.

The dome filled the viewport, filled the world, filled everything.

Captain James Mercer, decorated pilot, truth-seeker, madman, opened his eyes wide.

And touched the face of God.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

At 250,000 feet, Mercer could see the craftsmanship.

Not just the surface anymore. Not just the crystalline expanse with its embedded lights. He could see into it now, through layers of translucent material that revealed the structure beneath—and the structure was strong. Impossibly strong. The kind of strength that didn’t bend or yield, that held against forces that would shatter anything human hands had ever built.

It was strong like molten glass made solid—reflective, catching his lights and throwing them back at him in patterns that seemed almost alive. The surface moved with luminescence, not in motion but in presence, like something that reflected not just light but intention itself. Through those reflective layers, vast forms rose and fell across impossible distances, meeting in patterns that seemed to contain meaning he couldn’t quite decipher. They were beautiful—not with the beauty of human craft, but with the beauty of something vast and alive and fundamentally beyond his comprehension. Light moved through those patterns like thought itself made visible, bouncing and refracting through the molten glass structure in ways that suggested infinite depth.

Within these patterns, he could see movement—or the suggestion of it. Luminous currents flowing through channels that seemed almost like veins, pulsing with something that made his breath catch. They weren’t mechanical flows. They were alive. They had to be alive. The whole structure thrummed with a presence that he felt more than understood.

The lights—the things they’d called stars—weren’t just embedded in the surface. They were alive within it, set deep in the crystalline layers like thoughts held in an infinite mind. Each one positioned deliberately, yes, but not like objects in a box. They were part of the design itself, woven into its essence, each one pulsing with its own quiet intention. And all of it—the strength, the reflection, the craftsmanship—spoke of something that had been made. Designed. Intended. Sheweth his handywork.

Mercer stared through the viewport, his pilot’s mind trying to process what he was seeing.

This wasn’t natural. This wasn’t some cosmic accident of physics and chemistry.

This was built.

The altimeter read 255,000 feet. Forty-eight miles up. The temperature gauge showed -118°F. The radiation monitor maintained its steady, insistent beeping.

And then Mercer noticed something else.

The gravity sensor was wrong.

He’d installed it himself—a precision instrument designed to measure gravitational acceleration at altitude. According to every physics textbook ever written, gravity decreased predictably with distance from the Earth’s center. Inverse square law. At this altitude, he should be experiencing roughly 98% of surface gravity.

The sensor read 99.7%.

Mercer tapped the display. The number didn’t change.

He checked the calibration logs. Everything was correct. The instrument was functioning perfectly.

It was just measuring something that shouldn’t be possible.

Three weeks ago, Sarah had pulled up a simulation on her screen.

“This is how gravity works,” she’d said, highlighting a sphere with concentric circles radiating outward. “Inverse square law. Double your distance from the center, gravity becomes one-fourth as strong. Triple it, one-ninth. It’s one of the most precisely tested laws in physics.”

Mercer had leaned closer. “And at, say, fifty miles up?”

“You’d still feel about 98% of surface gravity. Not a huge difference, but measurable. At a hundred miles, maybe 97%. The decrease is gradual but predictable.”

“Predictable.”

“Down to decimal points. We can calculate exactly what gravity should be at any altitude. It’s basic physics.”

Mercer had studied the diagram. “And this assumes we’re on a spinning ball with mass concentrated at the center, pulling everything toward it.”

“That’s... yes. That’s how gravity works.”

“But if we’re not on a spinning ball?”

Sarah had paused. “Then the model doesn’t apply.”

“And if there’s a dome—a physical container—holding everything in place?”

“Then gravity might not be what we think it is at all.” Sarah had closed the simulation. “If the dome is real, James, then everything about how we understand forces and motion might be wrong. Not slightly wrong. Fundamentally wrong.”

“Or,” Mercer had said quietly, “it might be that gravity isn’t a force pulling toward the center of a ball. It might be something else entirely.”

“Something they’ve been lying about.”

“Something they’ve had to lie about. Because if gravity doesn’t work the way they claim, then the spinning ball model falls apart. And if that falls apart...”

“Everything falls apart.”

Mercer had nodded. “I’m going to take a gravity sensor with me. Let’s see what it actually measures up there.”

Sarah had looked at him for a long moment. “You know what you’re going to find, don’t you?”

“I know what I expect to find. But I need to measure it. I need proof.”

“Proof that gravity is a lie too.”

“Proof that we don’t live where they say we live.”

Mercer stared at the gravity sensor reading. 99.7% of surface gravity at 255,000 feet.

Either the instrument was catastrophically wrong—which seemed unlikely given its perfect calibration—or gravity didn’t decrease with altitude the way every physics textbook claimed it should.

He looked up through the viewport at the dome’s visible structure. The vast forms. The patterns. The crafted design that held the world together.

If the dome was real—and he could see that it was real—then everything they’d taught him about gravity was a lie designed to hide the truth. There was no spinning ball. There was a boundary. A ceiling. A container. And something—someone—had chosen to hide its existence from humanity.

The absurdity of it struck him with dark humor. They’d taught everyone that gravity was this mysterious force that just happened to hold people to a spinning sphere hurtling through space at impossible speeds. That it just happened to decrease at precisely calculable rates. That it all just happened to work out perfectly according to their models.

But the models were based on a geometry that didn’t exist.

The spinning ball was a lie. Which meant the gravity explanation was a lie. Which meant the force holding him in his seat right now was something other than what every scientist in the Directorate claimed it was.

He wondered what else they’d gotten wrong. Or rather, what else they’d deliberately obscured.

The altimeter read 265,000 feet. Fifty miles up.

Through the viewport, the dome’s structure was becoming more detailed. He could see where the vast forms met, creating places that seemed to anchor the entire structure. He could see patterns between them, glowing faintly with something that might have been light or energy or something else entirely.

It was beautiful. Terrifying. Undeniable.

This was the ceiling of the world, and it had been made by something far beyond human capability.

Mercer checked his fuel gauge.

15%.

Technically, he could still turn back. If he cut thrust now, if he managed his descent perfectly, if everything went right, he might have just enough fuel to make a controlled landing.

Might.

He looked at the dome again. At the craftsmanship. At the truth that filled his viewport.

Then he looked at the fuel gauge.

15% to turn back and spend the rest of his life wondering if he’d been close enough. If he’d seen enough. If the proof would be sufficient to convince anyone.

Or 15% to reach it. To touch it. To make contact with the boundary of the world and prove, beyond any possible doubt, that it was real.

Mercer’s hand moved to the thrust control.

Not to reduce it.

To increase it.

The rocket surged forward. The altimeter climbed faster: 270,000 feet. 275,000. The temperature gauge dropped to -125°F. The radiation monitor’s beeping became a continuous tone.

The gravity sensor still read 99.7%.

Through the viewport, the dome’s structure filled his entire field of vision. He could see individual details now—forms that interlocked perfectly, surfaces that seemed to flow with light as though the very material was alive. They weren’t glass or ice or anything with a name from the periodic table. They were something else entirely, something that didn’t follow the rules he’d been taught.

This wasn’t just a barrier. This was a creation. Everything under this dome—the world, the people, the stars themselves—it was all intentional. All crafted. All held by something that knew what it was doing.

And he was going to touch it.

The fuel gauge read 14%. Then 13%.

It didn’t matter anymore. He’d passed the point of safe return several thousand feet ago. There was no turning back now, even if he wanted to.

The altimeter read 280,000 feet. Fifty-three miles up.

The dome was close now. So close that Mercer could see textures in its surface—patterns that might have been inscriptions or designs or something else entirely. The lights embedded in it blazed with steady, unwavering brilliance.

Mercer’s hands were steady on the controls. His breathing was calm. His mind was clear.

He’d come looking for truth, and he’d found it.

Now he was going to touch it.

The rocket climbed higher. The dome grew closer.

And somewhere far below, in a world that believed it was spinning through an infinite void, people went about their lives, never looking up, never questioning, never wondering what held the sky in place.

Mercer wondered if they’d believe him when he told them.

If he made it back to tell them.

The altimeter read 285,000 feet.

The dome waited, vast and patient and real.

Mercer increased thrust one final time.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

At 200,000 feet, Mercer could see it.

Not almost see it. Not sense it. Not detect it on instruments that suggested its presence.

He could see it.

The dome.

It stretched across the viewport like nothing he’d ever witnessed—a vast crystalline surface that caught and held the light of the sun in ways that made his pilot’s brain struggle for reference points. Not quite transparent. Not quite opaque. Something in between, like looking up through impossibly clear ice that had been polished to a mirror finish in some places and left frosted in others.

The stars weren’t stars.

They were lights. Embedded in the surface, or attached to it, or somehow part of its structure. Thousands of them, millions of them, arranged in the patterns that humanity had been mapping for millennia. Fixed points of light on a solid surface, exactly as they’d always appeared to be before someone had convinced everyone they were distant suns trillions of miles away.

The constellations were there. Orion. The Big Dipper. Cassiopeia. All of them, spread across the dome’s surface like decorations on a ceiling that was now close enough to see clearly.

Mercer’s hands were steady on the controls, but his breath had caught in his throat.

The altimeter read 203,000 feet. Thirty-eight miles up. The temperature gauge showed -98°F and still dropping. The radiation monitor was beeping steadily, urgently, detecting the electromagnetic field that surrounded the structure ahead.

Through the viewport, he could see where the crystalline surface flowed and joined, like veins of creation running through a unified whole. The joins were seamless, not built but grown, each transition a work of impossible artistry. The curvature was visible now—not the curvature of a planet, but the curvature of a ceiling, an enclosure, a container that arced overhead and down toward the horizons on all sides.

It was beautiful.

It was terrifying.

It was real.

Mercer checked his fuel. 22%. The number glowed on the display like a countdown timer, which, he supposed, it was.

He increased thrust slightly, climbing higher, and the memory hit him with the force of a physical blow.

It had been late. Past midnight. Sarah had been at his apartment again, surrounded by papers and open laptop files and coffee cups that had long since gone cold.

“Okay,” she’d said, rubbing her eyes. “Walk me through the atmosphere thing again. Because I keep coming back to it and it keeps not making sense.”

Mercer had pulled up a diagram. The standard model. Earth at the center, atmosphere surrounding it in layers—troposphere, stratosphere, mesosphere, thermosphere—each one getting thinner and thinner until eventually, somewhere around 60 miles up, it just... transitioned into space.

“That’s the official explanation,” he’d said. “The atmosphere doesn’t end. It just gets thinner and thinner until there’s nothing left. A gradient from something to nothing.”

“Right. Okay. That’s what they teach.”

“Now tell me what a vacuum is.”

Sarah had blinked. “A vacuum? It’s... nothing. Zero pressure. The absence of matter.”

“Exactly. Zero pressure. Not low pressure. Not thin pressure. Zero pressure. A vacuum is a vacuum. It’s absolute.”

“Okay...”

“So if space is a vacuum—true vacuum, zero pressure—and Earth’s atmosphere has pressure, about 14.7 pounds per square inch at sea level, then there has to be a boundary between them. A hard boundary. You can’t have a gradient from something to absolute nothing. That’s not how physics works.”

Sarah had stared at the diagram.

“You’re saying...”

“I’m saying a vacuum is a sucking force. It’s not passive. If you open a door between a pressurized room and a vacuum, the air doesn’t slowly drift out. It gets pulled out. Violently. Instantly. Because vacuum is the absence of pressure, and pressure always moves toward vacuum until equilibrium is reached.”

“But Earth’s atmosphere doesn’t get sucked away.”

“No. It doesn’t.”

“Because... gravity?”

Mercer had shaken his head. “Gravity doesn’t create a seal, Sarah. Gravity is a force that pulls things down. It doesn’t create a physical barrier. It doesn’t contain pressure against a vacuum. If space is truly a vacuum, and there’s no physical boundary, then gravity would have to be strong enough to hold every single air molecule against the pull of infinite nothingness.”

“And it’s not?”

“Think about it. We can create vacuums in laboratories. Small ones, in sealed containers. And what happens if the seal breaks? The air rushes in instantly. The vacuum pulls it in. Gravity doesn’t stop it. Gravity doesn’t even slow it down. Because gravity is weak compared to pressure differentials.”

Sarah had been quiet for a long moment.

“So you’re saying it’s impossible,” she’d said finally. “You’re saying Earth’s atmosphere can’t exist next to a vacuum without a physical barrier.”

“I’m saying it’s basic physics. The kind they teach in high school. Pressure moves toward vacuum. Always. Unless there’s a physical barrier preventing it.”

“A container.”

“A container.”

Sarah had looked at the diagram again. The Earth. The atmosphere. The supposed transition to space.

“They say the atmosphere is held by gravity,” she’d said slowly. “That gravity is strong enough to keep it from escaping.”

“But gravity doesn’t create a seal. It doesn’t create a boundary. It just pulls things down. And if space is a vacuum, pulling in all directions, then down doesn’t matter. The atmosphere would be pulled away in every direction at once.”

“Unless there’s a dome.”

Mercer had nodded.

“Unless there’s a dome. A physical barrier. Something solid that contains the pressure, that creates an actual boundary between atmosphere and vacuum. Something that makes it possible for air to exist at all.”

Sarah had closed her laptop.

“You’re saying the dome isn’t just there,” she’d said quietly. “You’re saying it has to be there. That basic physics requires it.”

“I’m saying it’s basic physics they hope nobody thinks about.”

She’d looked at him.

“And if you’re right...”

“Then they’ve been lying about something that makes the atmosphere itself possible. They’ve been lying about the most fundamental aspect of our existence. The air we breathe only exists because there’s a container holding it in.”

“And they’ve convinced everyone the container doesn’t exist.”

“They’ve convinced everyone that pressure can exist next to vacuum without a barrier. Which is like convincing everyone that water can be held in a bucket with no bottom.”

Sarah had laughed, but it was a hollow sound.

“Basic physics,” she’d said.

“Basic physics.”

Mercer stared through the viewport at the dome.

The physical barrier. The container. The boundary that made atmosphere possible, that made life possible, that made everything possible.

It was right there. Visible. Real. Undeniable.

The temperature gauge read -104°F. The radiation monitor was beeping faster now, more urgently. The altimeter showed 215,000 feet.

Forty miles up.

The dome was closer now. Close enough that Mercer could see details in its surface—patterns, textures, structures that suggested complexity beyond anything humanity had built. The lights that weren’t stars glowed steadily, embedded in the crystalline surface like jewels in a crown.

The sky wasn’t a sky. It was a ceiling. And he was approaching it at 800 feet per second.

Mercer checked his fuel again. 19%.

Not enough to get back down. Probably not enough to slow down significantly before impact.

But enough to reach it. Enough to touch it. Enough to prove it was real.

The lie wasn’t just about geography. It was about meaning itself.

He thought about the truth.

The dome was real. The boundary was real. The container that held the atmosphere, that made life possible, that separated the world from whatever lay beyond—it was real.

And he was going to touch it.

Mercer’s hands moved across the controls. Not to slow down. Not to turn back.

To climb higher.

The radiation monitor screamed. The temperature gauge dropped to -109°F. The altimeter read 220,000 feet.

Through the viewport, the dome filled his vision. Crystalline. Vast. Impossible.

Real.

Mercer increased thrust one more time.

The rocket climbed toward the ceiling of the world.

And the ceiling waited, patient and eternal, for him to arrive.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

At 150,000 feet, Mercer should have been cooking.

The altimeter read 28.4 miles. The atmosphere outside was so thin it barely qualified as atmosphere—more like the ghost of air, the philosophical concept of air, air that had given up on being air and decided to pursue other interests. The reaction thrusters had stopped even pretending to work. The rocket climbed on main engine thrust alone, a controlled explosion pushing against the memory of resistance.

Through the viewport, stars were visible even though the sun was still up. Not the sun as seen from ground level—this sun was different. Harsher. More focused. Like a spotlight rather than a diffuse glow, its light cutting through the non-atmosphere with laser precision. The sky wasn’t blue anymore. It was black, pure black, the kind of black that made you understand why ancient peoples had been terrified of the void.

Mercer checked his instruments out of habit, the way a pilot does, the way he’d been trained to do since flight school.

Altitude: 151,000 feet.

Velocity: Mach 4.2 and climbing.

Fuel: 31% and dropping faster than he’d like.

External temperature: -67°F.

Mercer stared at that last reading.

Then he checked it again.

-67°F.

Negative sixty-seven degrees Fahrenheit.

He was in the thermosphere. The official thermosphere, the one that every textbook and every FASE document and every atmospheric science paper said reached temperatures of 2,500 degrees Fahrenheit. Sometimes higher during solar activity. Hot enough to melt steel. Hot enough to vaporize aluminum. Hot enough to turn a spacecraft into a very expensive shooting star.

His external temperature probe—the one specifically designed to measure atmospheric temperature at extreme altitudes—was reading negative sixty-seven degrees.

And dropping.

Mercer watched the number tick down. -68°F. -69°F. -70°F.

“Well,” he said to the empty capsule, “that’s not right.”

The understatement of the century, possibly. The understatement of all centuries.

He was supposed to be in an inferno. The thermosphere was supposed to be the hottest part of Earth’s atmosphere, where solar radiation heated the sparse gas molecules to temperatures that would make the surface of the sun feel like a pleasant spring day. This was the layer where meteors burned up, where the aurora borealis danced, where the very concept of “temperature” became academic because there were so few molecules to actually transfer heat.

Except his temperature probe was reading -71°F and still dropping.

Mercer increased thrust slightly, climbing faster. The temperature kept falling. -73°F. -75°F. -76°F.

The OSS orbited at 250 miles up—right in the heart of the thermosphere. Spacewalks happened there regularly, astronauts floating outside in suits designed to protect against vacuum and radiation. But not against 2,500-degree temperatures. Solar panels. Aluminum structures. Camera lenses. All of it supposedly functioning perfectly in an environment that should have melted them into slag.

Unless the thermosphere wasn’t actually 2,500 degrees.

Unless the entire temperature model was wrong.

And suddenly he was back in Sarah’s apartment, two months ago, laptop open between them, staring at a graph that made no sense.

“I need you to look at something,” Mercer had said, pulling up an atmospheric temperature chart on his laptop. The kind of chart you’d find in any meteorology textbook, any atmospheric science course. Official. Accepted. Unquestioned.

Sarah leaned in, studying it. The graph showed temperature on one axis, altitude on the other. At ground level: normal temperatures, 60–70°F. As you climbed, the temperature dropped—the troposphere getting colder with altitude, exactly as anyone who’d ever been on a mountain could confirm.

Then, at about 30,000 feet, the temperature started rising again. The stratosphere, warming as you climbed, thanks to the ozone layer absorbing UV radiation.

Then it dropped again in the mesosphere.

And then, at about 50 miles up, the graph did something absolutely insane.

It shot upward. Vertical. The temperature line went from -130°F to 2,500°F in the span of a few miles. The thermosphere, they called it. The hot layer. The inferno at the edge of space.

“2,500 degrees,” Mercer said, tapping the screen. “That’s hotter than a blast furnace.”

Sarah frowned. “During solar storms, it can reach 4,500 degrees.”

“And the OSS orbits in this layer.”

“At 250 miles up.” She paused, following his logic. “Right in the middle of it.”

Mercer pulled up images of the OSS. The solar panels, gleaming and pristine. The aluminum modules, unmarked and undamaged. The cameras and instruments and delicate equipment, all functioning perfectly in what was supposedly a 2,500-degree environment.

“How?” he asked simply.

Sarah pulled the laptop closer, scrolling through technical documents. “The official explanation is that temperature in the thermosphere doesn’t work the way we think it does. The molecules are so sparse that even though they’re moving very fast—which is what we measure as temperature—there aren’t enough of them to actually transfer heat effectively.”

“So it’s 2,500 degrees, but it doesn’t feel like 2,500 degrees.”

“That’s what they say.”

“Because there’s no conduction or convection, only radiation.”

“Right.”

Mercer leaned back, thinking. “Okay. But radiation still works. The sun heats things by radiation. That’s how solar panels work. That’s how anything in space gets heated.”

“Yes,” Sarah said slowly, seeing where he was going.

“So even if there’s no air to conduct heat, the solar radiation alone should be cooking everything up there.”

Sarah nodded, pulling up more data. “The moon’s surface reaches 260 degrees Fahrenheit in direct sunlight. And that’s with no atmosphere at all, just direct solar radiation.”

“So the OSS, in direct sunlight, in the thermosphere, with molecules that are supposedly 2,500 degrees...”

“Should be melting,” Sarah finished.

“But it’s not.”

“No.”

They sat in silence for a moment.

“Show me the spacewalk footage,” Mercer said.

Sarah pulled up video of astronauts floating outside the OSS. The suits were impressive—white and bulky, designed to protect against vacuum and radiation. But they weren’t heat suits. They weren’t designed for 2,500-degree environments. They had cooling systems, yes, but those were for the astronaut’s body heat and the heat from direct sunlight, not for surviving in an inferno.

“Those suits,” Mercer said, “are designed to handle maybe 250 degrees of solar heating. Maybe. They’re not designed for 2,500 degrees.”

Sarah was already pulling up the technical specifications. “No. The EMU—the spacesuit—has a cooling system rated for about 250 degrees of thermal load. That’s it.”

“So either the thermosphere isn’t actually 2,500 degrees...”

“Or nothing is actually up there,” Sarah said quietly.

Mercer pulled up more images. Satellites with delicate instruments. Solar panels with exposed circuitry. Telescopes with precision optics. All supposedly functioning in the thermosphere, all supposedly surviving temperatures that would melt steel.

“The math doesn’t work,” he said. “Either the temperatures are lies, or the satellites are lies, or both.”

Sarah stared at the graph again, then looked at him. “What if they’re measuring something else entirely?”

“Like what?”

“You said it yourself—a ceiling,” Sarah said, her voice gaining momentum. “What if they’re measuring the temperature of the firmament itself? The solid barrier. They take readings, they detect something, and they call it the thermosphere. They say it’s hot gas. But maybe it’s just... the dome. The boundary. And they’re measuring its surface temperature.”

Mercer leaned forward. “If you’re right, if there’s a solid dome up there, and they’re measuring its temperature and calling it atmospheric temperature...”

“Then the readings would change as you got closer to it,” Sarah finished. “You wouldn’t be measuring sparse hot gas. You’d be measuring the actual surface of something solid. And solid things have real temperatures. Measurable temperatures. Temperatures that make sense.”

“What temperature would a dome be at that altitude?”

Sarah grabbed her phone, started calculating. “Depends on the material, the sun exposure, the thermal properties. But if it’s in shadow, or if it has high thermal mass, or if it’s designed to regulate temperature...” She looked up at him. “It could be cold. Very cold. Space is cold. If the dome is the boundary between the world and whatever’s beyond, it might be freezing.”

Mercer felt the pieces clicking into place. “So if I flew up there, and my temperature probe showed dropping temperatures instead of rising ones...”

“Then you’d know,” Sarah said. “You’d know the thermosphere is a lie. You’d know there’s something solid up there. You’d know they’ve been measuring the dome and calling it atmosphere for decades.”

“And I’d know how close I was getting to it.”

Sarah looked at him for a long moment. “You’re really going to do this.”

“We’re really going to do this,” Mercer corrected.

She nodded slowly. “Then we need to design a temperature probe that can handle extreme readings in both directions. If you’re right, the temperature gradient near the dome could be steep.”

“Can you source the components?”

“I can source anything,” Sarah said. “That’s what I do.”

The temperature gauge read -82°F.

Mercer was at 156,000 feet now. Twenty-nine and a half miles up. Deep in what should be the hottest part of Earth’s atmosphere.

And it was colder than Antarctica.

He watched the gauge drop. -83°F. -85°F. -87°F.

The thermosphere wasn’t hot gas. It never had been. They’d been measuring something else—something solid, something real, something with actual thermal properties that made sense. They’d been measuring the dome.

And he was getting close to it now.

Through the viewport, the blackness above seemed different somehow. Not quite visible, not quite tangible, but present. Like looking at a wall in a dark room—you couldn’t see it, but you knew it was there. The stars burned with that same steady, unblinking intensity, and Mercer realized with a start that they looked closer. Not metaphorically closer. Actually closer. Like lights on a ceiling that was approaching.

Or that he was approaching.

The radiation monitor was still beeping. The temperature gauge was still dropping. The altimeter was still climbing.

-91°F.

158,000 feet.

Thirty miles up.

Somewhere above him, maybe thirty miles, maybe less, there was a boundary. A ceiling. A firmament. Something solid enough to have a temperature, something real enough to generate an electromagnetic field, something close enough that his instruments were detecting it with increasing urgency.

Something they’d been lying about forever.

Mercer checked his fuel. 27%. Enough to get him higher. Enough to reach the boundary.

Maybe not enough to get back down, but that had never really been the plan anyway.

He increased thrust.

The rocket climbed through the freezing thermosphere that wasn’t supposed to be freezing, toward the dome that wasn’t supposed to exist, toward the truth that everyone had been trained not to see.

The temperature kept dropping.

The radiation kept beeping.

And through the viewport, in the blackness above, something was becoming almost visible.

A boundary.

A ceiling.

The edge of the world.

Mercer climbed toward it.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

At 100,000 feet, the world became something else entirely.

The atmosphere wasn’t thin anymore—it was practically theoretical. The reaction thrusters had given up trying to find purchase in air that had stopped being air and started being the memory of air. The rocket climbed on main engine thrust alone, a column of fire pushing against nothing, held to its trajectory by momentum and mathematics and sheer stubborn refusal to acknowledge that this was insane.

Through the viewport, the sky above had gone from purple-black to just black. Not the black of night—the black of absence. The stars were painfully bright now, no atmosphere left to soften them, and they didn’t twinkle. They burned with steady, fixed intensity, like LED lights on a ceiling that was much, much closer than anyone wanted to admit.

Below, the Earth curved away in a way that looked almost right, almost like the photos, except Mercer could see too much of it. The horizon was too high, the curve too gentle, like looking at the inside of a bowl rather than the outside of a ball. The cognitive dissonance was making his head hurt.

Or maybe that was the g-forces. Hard to tell.

The altimeter read 103,000 feet. Nineteen and a half miles up. The edge of what anyone called “space,” though Mercer was increasingly convinced that “space” was a lie told to people who’d never been this high.

The rocket shuddered. Something in the fuel system made a sound that probably wasn’t supposed to be made. Mercer’s training said he should be concerned about that.

His training also said the Earth was spinning at a thousand miles per hour and he should be able to feel it.

His training was batting about .500 today.

Then the radiation monitor started beeping.

Mercer stared at it.

The beeping continued, insistent and electronic and completely, utterly wrong.

He checked the display. Radiation levels: elevated. Not dangerous yet, but climbing. The kind of radiation signature you’d expect from—

“No,” Mercer said aloud to the empty capsule. “No, that’s not right.”

He pulled up the mission parameters on his secondary display, scrolling through the data with fingers that were suddenly clumsy in their gloves. The Van Allen Belts—the radiation belts that supposedly surrounded Earth in a protective cocoon of deadly particles—those didn’t start until 620 miles up. Minimum. The inner belt began at 620 miles and extended to 3,700 miles. The outer belt went from 7,500 to 36,000 miles.

Mercer was at nineteen miles.

The radiation monitor beeped again, more insistently.

“It’s not supposed to start for another six hundred miles,” Mercer said to the display, to the monitor, to the universe that was apparently rewriting its own rules. “You’re six hundred miles too early.”

The monitor didn’t care about his objections. The radiation levels kept climbing.

And suddenly Mercer was back in Sarah’s apartment, three months ago, laptop open between them, watching a video that shouldn’t have existed.

“I need you to watch something,” Mercer had said, setting his laptop on Sarah’s coffee table. She’d drawn the curtains at his request—not because anyone was watching, but because he’d learned that talking about this stuff made you paranoid, made you feel like the walls had ears and the ears had opinions.

“James, I really don’t—”

“Just watch.” He pulled up a video. “This is Dr. Marcus Bennett. FASE astronaut. Official interview from 2017.”

On the screen, the engineer sat in what looked like an official interview. Professional lighting. FASE logo in the background. The kind of video that was meant to inspire confidence in American space exploration.

“We destroyed the technology,” Bennett said, matter-of-fact, like he was discussing last week’s cafeteria menu. “We don’t have it anymore. We’d have to build it again from scratch.”

Mercer paused it. “He’s talking about why we can’t go back to the moon.”

Sarah frowned. “Okay, so the Saturn V was expensive to maintain, and—”

“We destroyed the technology,” Mercer repeated slowly. “The technology that supposedly took us to the moon six times in three years, fifty years ago, with computers less powerful than a modern calculator.”

“And we destroyed it.”

“All of it.”

“Every blueprint, every schematic, every piece of institutional knowledge that would let us recreate the most significant achievement in human history.”

Sarah was quiet for a moment. “That does sound... odd.”

“That’s not how technology works,” Mercer said. “That’s not how anything works. You don’t just lose the ability to do something you’ve done six times. We didn’t forget how to build the Saturn V. We didn’t accidentally delete all the files. We didn’t—”

“Unless you never did it in the first place,” Sarah said quietly.

Mercer looked at her. Really looked at her. Dr. Sarah Chen, who had three degrees and a security clearance and a career built on believing what the Directorate told her to believe.

“There’s more,” he said.

He pulled up another video. Different FASE official, different interview, same impossible admission.

“The Van Allen Belts are a significant challenge,” the official said. “We need to solve the radiation problem before we can send humans beyond low Earth orbit.”

“When was this recorded?” Sarah asked.

“2014.”

“Forty-five years after Ares 11.”

“Yes.”

Sarah leaned forward. “So in 1969, with 1960s technology, they solved the radiation problem well enough to send twelve men through the Van Allen Belts, to the moon and back, with no shielding issues.”

“That’s what they claim.”

“But in 2014, with modern technology, they still haven’t solved the radiation problem.”

“That’s what they’re saying.”

“That’s not possible,” Sarah said slowly. “Both things can’t be true.”

“I know.”

“Either Ares went through the belts and proved it was survivable, or the belts are too dangerous and Ares never went. It can’t be both.”

Mercer pulled up a document—one of the Ares mission reports. “The official story is that they went through the thinnest part of the belts, very quickly, and the capsule provided adequate shielding.”

“What kind of shielding?”

“Aluminum. The capsule was aluminum.”

“Aluminum,” Sarah repeated. “Against radiation that modern FASE says we can’t safely pass through even with current technology.”

“Aluminum,” Mercer confirmed.

He pulled up another video. This one showed an engineer discussing the Odyssey spacecraft—FASE’s modern vehicle for deep space exploration.

“We’re designing Odyssey to handle the radiation environment beyond low Earth orbit,” the engineer explained. “The Van Allen Belts are a significant challenge. We’re testing shielding materials and trajectory options to minimize exposure.”

“Minimize exposure,” Sarah said. “Not ‘use the same techniques that worked perfectly in 1969.’ Minimize exposure. Like it’s a new problem they’ve never solved before.”

“Because it is,” Mercer said quietly. “Because they never solved it. Because Ares never went through the belts.”

“Then where did Ares go?”

Mercer looked at her, and in her eyes he saw the same thing he’d been feeling for months—the terrible, creeping realization that everything was wrong, that the lies went deeper than anyone wanted to believe, that the truth was stranger and more frightening than any conspiracy theory.

“Maybe nowhere,” Mercer said. “Maybe they just went up, hit something they couldn’t pass through, and came back down. And then they spent fifty years telling us they’d gone to the moon, showing us photos they’d composited, playing us footage they’d filmed in studios, all to hide the fact that there’s a ceiling. A boundary. Something we can’t pass through.”

Sarah was quiet for a long moment, staring at the paused video on the screen.

“The Van Allen Belts aren’t belts,” she said finally, working it out. “They’re not radiation zones in space. They’re detection of something else. Something closer. Something that’s actually there.”

“A firmament,” Mercer said. “That’s what the old texts call it. A solid barrier. A dome.”

They sat in the darkness of her apartment, the laptop screen casting blue light on their faces, and contemplated the impossible.

“If you’re right,” Sarah said slowly, “if there really is something up there, some kind of barrier—the radiation readings would spike when you got close to it. Not at 620 miles. Much sooner. The ‘Van Allen Belts’ would just be us detecting the electromagnetic field of the firmament itself.”

“How much sooner?”

She pulled out her phone, did quick math. “I don’t know. But if it’s at the Karman Line like you think, like the old texts suggest—” She looked up at him. “You’d start detecting it around 100,000 feet. Maybe sooner.”

“One hundred thousand feet,” Mercer repeated. “Nineteen miles up.”

“If the radiation monitor goes off at nineteen miles,” Sarah said, “then we know. We know the belts aren’t where they claim. We know Ares couldn’t have gone through them. We know there’s something up there, something close, something real.”

“Something they’ve been lying about for fifty years.”

“And they’ve built an entire world on top of it.”

She closed the laptop. Looked at him in the dim light.

“You’re really going to do this, aren’t you? Build the rocket. Go up there yourself.”

“Yes.”

“And you need my help.”

“Yes.”

Sarah was quiet for a long time. Then she nodded once, decisive.

“Okay,” she said. “Show me the designs.”

The radiation monitor beeped again, pulling Mercer back to the present.

One hundred and four thousand feet. Nineteen point seven miles up.

The radiation levels were still climbing.

Not dangerous yet—the capsule’s basic shielding was handling it fine. But it was there. Measurable. Real. Exactly where Sarah had predicted it would be if the Van Allen Belts weren’t belts at all, but detection of something much closer.

Something solid.

Something that had an electromagnetic field strong enough to register on instruments designed to detect radiation in the vacuum of space.

Mercer stared at the monitor, watching the numbers climb. Ares astronauts supposedly passed through these belts with nothing but aluminum between them and deadly radiation—a claim that had always felt like a story told to children. Modern FASE still hadn’t solved the radiation problem, they said. Still couldn’t get past it. And yet Dr. Marcus Bennett had claimed they’d destroyed the technology, as if you could accidentally lose the ability to do something you’d done six times.

The old texts Sarah had shown him whispered a different answer. Forbidden books that spoke of a firmament, a solid barrier between the waters above and the waters below, a boundary set by a Creator who’d made the world with intention and purpose and love. Not a zone of trapped particles. Not a magnetic field. A ceiling.

“You’re not belts,” Mercer said to the radiation readings. “You’re not zones of trapped particles in a magnetic field. You’re something else. Something closer. Something real.”

The monitor beeped its agreement.

Outside the viewport, the stars burned with steady, unblinking intensity. The sky was black as void. The Earth curved below with that wrong, too-gentle arc that made his trained pilot’s eye itch with wrongness.

And somewhere above him, maybe forty miles away, maybe less, something was generating an electromagnetic field strong enough to register on his instruments.

Something the rockets always curved away from.

Something Ares had claimed to pass through but couldn’t have.

Something that had been there all along, hiding in plain sight, protected by lies and misdirection and the simple fact that nobody ever went straight up to check.

Mercer increased thrust.

The rocket climbed toward the source of the radiation, toward the boundary that wasn’t supposed to exist, toward the ceiling of the world.

The monitor kept beeping.

And Mercer kept climbing.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

At 50,000 feet, Mercer’s trajectory was wrong.

Not wrong in the sense of dangerous—the vehicle was performing beautifully, all things considered. Wrong in the sense that he was still climbing vertically. Straight up. Perpendicular to the ground.

Which was not what rockets did.

He glanced at his navigation display. Polaris sat exactly where it should be, where it had always been, where every pilot since the beginning of aviation had expected to find it. The North Star. Fixed. Constant. Reliable.

He thought about the last rocket launch he’d watched. The way it had climbed for maybe two minutes before curving back toward horizontal. The way they all did.

Every single one of them.

“Watch this part,” Mercer had said, cueing up the video on his tablet.

The week after the backflip video, they’d moved beyond doubt and into something more dangerous: investigation.

Sarah had leaned forward in the coffee shop booth, watching the screen. A Directorate heavy-lift rocket, launching from the coastal facility. The kind of launch they broadcast live, with millions watching, with commentators breathlessly describing humanity’s reach toward the stars.

The rocket climbed. Straight up, trailing fire and thunder, punching through the atmosphere with the kind of raw power that made your chest vibrate even through a screen.

Then, at about two minutes, it began to curve.

Not dramatically. Not suddenly. Just a gradual, smooth arc back toward horizontal.

“Okay,” Sarah had said. “That’s normal. They have to achieve orbital velocity. You need horizontal speed to orbit.”

“Right. That’s what they say.” Mercer had pulled up another video. “Watch this one.”

A SpaceX launch. Same pattern. Vertical climb, then the curve back to horizontal.

Another video. Another launch. Another curve.

He’d shown her a dozen launches. Directorate, SpaceX, the European Space Consortium, the Asian Space Alliance. Different rockets, different payloads, different years.

Every single one followed the same pattern: up, then away from vertical, then horizontal.

“They’re all going to orbit,” Sarah had said. “That’s how orbital mechanics work.”

“Sure. But watch what happens next.”

He’d pulled up footage of a SpaceX booster landing. The dramatic return, the rocket descending on a pillar of flame, touching down on the drone ship in the ocean.

“Impressive,” Sarah had admitted.

“It is. Very impressive. But here’s my question: where did it come back from?”

Sarah had frowned. “From... space? From delivering its payload to orbit?”

“Did it?” Mercer had rewound the footage. “Look at the trajectory. It goes up, curves horizontal, separates from the second stage. The second stage supposedly continues to orbit. The booster comes back down. But look at where it lands.”

He’d pulled up a map, showing the launch site and the landing site.

“It lands in the ocean. A few hundred miles from where it launched. Not across the world. Not on the other side of the planet. Just... over there. In the ocean.”

“Because it didn’t have enough velocity to—”

“Sarah. It’s a rocket. It has enough velocity to do whatever they want it to do. But it doesn’t go to space. It goes up, curves horizontal, flies over the ocean, and comes back down. Like a very expensive airplane that only flies once.”

He’d pulled up more footage. Launch after launch. The pattern was universal.

“They all do it,” Mercer had said quietly. “Every single rocket launch follows the same trajectory. Up for a bit, then horizontal, then... away. Out of sight. Over the horizon. And then they tell us it’s in orbit, and we believe them because we saw it go up.”

“But the satellites—”

“Do we know they’re up there? Have you ever seen one? I mean actually seen one, not just a moving light in the sky that could be anything?”

Sarah had been quiet for a moment.

“What are you saying? That every rocket launch is fake?”

“I’m saying they never go straight up. They can’t. They always curve back to horizontal. Like there’s something up there they can’t pass through. Like they’re not going to space—they’re going around something.”

Sarah had stared at the screen, watching another launch, watching the inevitable curve.

“Going around what?”

Mercer had looked up at the coffee shop ceiling, as if he could see through it to the sky beyond.

“That’s what I’m trying to find out.”

At 50,000 feet, Mercer was still going straight up.

No curve. No arc back to horizontal. Just vertical ascent, pushing into air so thin it barely qualified as atmosphere anymore.

He was doing what rockets claimed to do but never actually did.

And it had started bothering him months ago, that universal curve. Started bothering him enough that he’d begun looking at other things that didn’t quite make sense. Other patterns that everyone accepted without question.

Like the stars.

“These are from the British Museum,” Mercer had said, spreading the printouts across Sarah’s desk. “Egyptian star charts. Roughly 2000 BC.”

Sarah had picked one up, studying the careful hieroglyphic notations, the precise positions of stars and constellations.

“Okay?”

“Now look at this.” He’d laid a modern star chart next to it. “This is from last month. Same latitude, same time of year.”

Sarah had looked at both charts.

Then looked again.

“They’re identical,” she’d said slowly.

“Not just similar. Identical. Polaris is in the exact same position. Ursa Major, Ursa Minor, Cassiopeia—all of them. Exactly where they were four thousand years ago.”

“Stars don’t move much on human timescales—”

“Sarah. We’re supposedly moving through space at 514,000 miles per hour. The Earth is spinning at 1,000 miles per hour. We’re orbiting the sun at 67,000 miles per hour. The sun is orbiting the galaxy at 514,000 miles per hour. The galaxy itself is moving through space.”

He’d pulled up a calculator on his phone.

“In four thousand years, at those speeds, we should have traveled...” He’d done the math. “Roughly eighteen trillion miles. That’s trillion with a T. And that’s just the solar system’s movement through the galaxy, not counting all the other motion.”

“But the stars are so far away that—”

“The nearest star is four light-years away. That’s about 24 trillion miles. We’ve supposedly moved eighteen trillion miles in a completely different direction. That should change the angle we see it from. Significantly. Like walking eighteen feet to the side and expecting a building four blocks away to look exactly the same.”

Sarah had stared at the charts.

“But it’s not just Polaris,” Mercer had continued. “It’s all of them. Every star chart from ancient history matches modern observations. The Babylonians, the Greeks, the Chinese—all of them saw the exact same sky we see now.”

He’d pulled up his laptop, showing her long-exposure photographs of the night sky. The kind where you leave the shutter open for hours and the stars trace circles across the frame.

Perfect circles.

All of them rotating around Polaris.

“Look at that,” he’d said. “Perfect circles. Not ellipses, not spirals, not any kind of distortion you’d expect from an observer on a spinning ball that’s also orbiting and moving through space. Just perfect circles around a fixed point.”

“How fast would we have to be moving to change the star positions noticeably?” Sarah had asked.

“We claim we’re already moving that fast. Times a thousand. And yet the stars haven’t moved in recorded history.”

Sarah had looked at the ancient chart, then at the modern one, then at the long-exposure photographs.

“So either the stars are impossibly far away—so far that eighteen trillion miles of movement doesn’t matter—or...”

“Or they’re not moving because they can’t move,” Mercer had finished. “Because they’re fixed. Attached to something. Not floating in infinite space but mounted on something solid.”

He’d looked at her directly.

“What if they’re not in space, Sarah? What if they’re on something?”

Sarah had nodded slowly, absorbing this, when Mercer had pulled up another file. Video compilations this time. Astronaut interviews.

“But here’s where it gets interesting,” he’d said. “Watch this.”

The first video showed Commander Alan Pritchard, Ares 11, describing the lunar surface. “The stars,” Pritchard was saying, “were brilliant. Absolutely brilliant. Like nothing you’ve ever seen from Earth. Thousands of them, everywhere, in every direction.”

Mercer clicked to the next video. Another Ares astronaut—Captain Michael Crawford, also Ares 11, same mission, same location.

“I saw no stars,” Crawford was saying flatly. “Only darkness. The sky was black, completely black. No stars visible at all.”

Sarah stared at the screen.

“Same mission?” she asked.

“Same mission. Same location. Same time period. One says brilliant stars everywhere. The other says no stars at all.”

Mercer pulled up more videos. Astronauts from different missions, different eras, all contradicting each other. Some describing a star-filled sky in space. Others describing complete darkness. Some saying the moon was covered in stars. Others saying they saw none.

“Maybe different conditions?” Sarah offered weakly. “Different times of day? Different lighting?”

“Same missions, Sarah. Same locations. Same supposed conditions. They can’t even agree on something as basic as whether stars were visible.”

Mercer leaned back.

“If they actually went to space, if they actually went to the moon, they’d all see the same thing. They’d all describe the same sky. But they don’t. They describe opposite things. Completely opposite.”

“So either some of them are lying,” Sarah said slowly.

“Or all of them are lying. Or none of them actually went where they said they went.”

“And if they can’t agree on what they supposedly saw…”

“Then what else are they lying about?” Mercer finished.

He closed the laptop.

“Everything, Sarah. They’re lying about everything.”

At 50,000 feet, Mercer checked his navigation display again.

Polaris, exactly where it should be. Where it had been for the Egyptians, for the Greeks, for every navigator who’d ever looked up at the night sky and found their way home by the stars.

Fixed stars.

Stars that didn’t move because they couldn’t move.

Stars that were attached to something.

And rockets that couldn’t go straight up because there was something up there they couldn’t pass through.

Two observations. Two patterns. Both pointing to the same impossible conclusion.

There was a ceiling. Fixed and solid and ancient. And the stars weren’t distant suns scattered through infinite space—they were lights mounted on that ceiling, close enough to see, far enough to seem unreachable.

Unless you were willing to go straight up instead of curving away like every rocket launch in history.

Unless you were willing to see what the stars were actually attached to.

The sky above him had turned deep purple, almost black. The stars were becoming visible even though the sun was still up—another thing that shouldn’t happen on a spinning ball with an atmosphere, but made perfect sense if the stars were something other than distant suns.

Mercer checked his altitude: 51,000 feet.

His trajectory: still vertical.

He was going where rockets claimed to go but never actually went. Straight up. Toward the fixed stars and whatever they were fixed to.

The engines screamed. The vehicle shuddered. The atmosphere was so thin now that the reaction control thrusters stuttered, fighting for purchase in air that barely existed.

But he was still climbing.

Still heading toward what every rocket launch in history had curved away from.

Still going up instead of away.

He increased thrust and climbed toward what the stars were attached to.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

At 40,000 feet, Mercer crossed into airspace where commercial traffic wasn’t allowed.

The altimeter ticked past the threshold, and he felt a strange sense of trespass—not legal trespass, though he was certainly committing several violations of Directorate airspace regulations. No, this was something deeper. A boundary that wasn’t supposed to be crossed. A height that was reserved for military launches and approved research missions and people who knew better than to ask questions.

Below him, the world had become abstract. Cities were circuit boards. Rivers were silver threads. The curvature he’d been promised his entire life remained stubbornly absent, the horizon still rising to meet his eye level no matter how high he climbed.

He thought about navigation. About all the charts and maps and satellite images that supposedly showed Earth from above. About the famous photographs that had defined humanity’s understanding of their home for generations.

About the Blue Marble.

It had started with a simple question, the kind that seemed innocent until you actually tried to answer it.

“Why does Africa keep changing size?”

He’d been in Sarah’s office again—this was before the wire video, before he’d fully committed to what he now thought of as his “certification as a madman.” He’d pulled up three different Blue Marble images on her screen. Official Directorate photographs. The iconic shots of Earth from space that hung in classrooms and museums and government buildings across the world.

“Look,” he said, pointing to the first image. “This one’s from 1972. See Africa? Now look at this one from 2002.”

Sarah had glanced at the screen with the patient expression of someone humoring a colleague who was clearly having some kind of episode. “They’re different angles, Mercer. Different satellites, different—”

“Different sizes,” he interrupted. “Africa is thirty percent larger in the 2002 image. I measured. And look at this one from 2012—now it’s smaller again, but the proportions are completely different. The continent is literally a different shape.”

“That’s...” Sarah had stopped. Looked closer. “That’s probably just lens distortion or—”

“From a camera in space? A camera specifically designed to photograph Earth accurately?” He pulled up a fourth image. “This one’s from 2015. Africa again. Completely different size ratio compared to the rest of the planet. And look at North America here—it’s huge. But in this 2002 version, it’s much smaller relative to the Pacific Ocean.”

Sarah had been quiet for a moment. Then: “Maybe they’re taken from different distances?”

“They’re all supposed to be from roughly the same orbital altitude. And even if they weren’t, the relative proportions of the continents shouldn’t change. Africa doesn’t grow and shrink. The Pacific Ocean doesn’t expand and contract.”

He’d pulled up a fifth image. A sixth. A seventh.

Every single “photograph of Earth from space” showed continents at wildly different scales. Oceans that changed size. Cloud patterns that looked suspiciously similar across images supposedly taken years apart.

“Okay,” Sarah had said slowly. “So maybe there’s some processing involved. Some standardization of the images for—”

“They’re not processed,” Mercer said. “They’re composites.”

He’d pulled up an official Directorate document. A technical specification sheet for the 2002 Blue Marble image. Sarah had leaned forward to read it.

“’The Blue Marble is a composite image,’” she read aloud. “’Multiple satellite passes were combined and processed to create a seamless view of Earth.’ Well, that makes sense. You can’t photograph the whole Earth at once from—”

“Keep reading.”

“’Cloud patterns were adjusted for aesthetic purposes. Continental colors were enhanced to improve visibility. The image was created using Photoshop to—’” She stopped. “’Created using Photoshop.’”

“Not ‘edited,’” Mercer said quietly. “Created.”

He pulled up another document. An interview with the lead imaging specialist for the 2012 Blue Marble. The quote was highlighted: “We don’t actually have any photographs of the full Earth. What we do is take multiple strips from satellite passes and stitch them together in Photoshop. It’s basically a composite of composites.”

Sarah had stared at the screen. “But... these are the images. These are what everyone sees. These are proof that—”

“That what? That Earth is a sphere? How can they be proof of anything if they’re admittedly Photoshopped composites?” He pulled up a side-by-side comparison. “Look at these two. Both official Directorate images. Both supposedly showing Earth from space. Africa is literally forty percent different in size between them. The shapes don’t match. The proportions don’t match. Nothing matches except the general idea of ‘continents on a blue sphere.’”

“There has to be an explanation,” Sarah had said, but her voice had lost its certainty. “Maybe the satellites can’t get far enough away to photograph the whole thing at once, so they have to—”

“The moon missions,” Mercer interrupted. “Ares. They supposedly went 240,000 miles away. Far enough to see the whole Earth at once. Far enough to take a real photograph, not a composite. So where are those photos?”

He’d pulled up the Ares 17 Blue Marble—the most famous one, the image that had defined Earth’s appearance for generations.

“This one?” Sarah asked.

“That one’s a composite too. Admitted. Multiple exposures stitched together. And look—” He zoomed in on the clouds. “See this cloud pattern here? It appears in three other ‘photographs’ supposedly taken hours apart. Same clouds. Same positions. Because they’re not photographs. They’re constructions.”

The silence in Sarah’s office had been profound.

“They’ve never photographed Earth from space,” Mercer said quietly. “Not once. Every image is a composite. A Photoshopped creation. An artist’s rendering based on satellite data and assumptions about what Earth should look like. And they admit it—right there in their technical documents, in their interviews, in their image specifications. They admit it, and nobody cares, because nobody actually reads the fine print.”

Sarah had scrolled through the images again. Africa growing and shrinking. Oceans expanding and contracting. Cloud patterns repeating across supposedly different days and years.

“Why would they do this?” she’d asked finally.

“Because,” Mercer said, “they can’t photograph something they’ve never actually seen.”

At 40,000 feet, the sky above Mercer had deepened to a blue so dark it was almost purple. The air was thin enough that his engines were working harder, burning fuel faster, pushing against the limits of what the vehicle was designed to do.

Below him, the world spread out in a vast, flat expanse that extended to a horizon that still—impossibly, undeniably—rose to meet his eye level.

He thought about all those Photoshopped Earths. All those composite images, stitched together from satellite strips and enhanced for aesthetic purposes and adjusted to match what people expected to see. All those admissions hiding in plain sight, in technical documents that nobody read, in interviews that nobody questioned.

The Directorate had shown humanity a thousand different versions of Earth, each one slightly different, each one admittedly artificial, and called them photographs. Called them proof. Called them evidence of a spinning sphere hurtling through space.

And humanity had believed them.

Because the alternative was too terrible to contemplate.

Mercer checked his altitude: 41,000 feet and climbing. The vehicle was handling well, but he could feel the strain. The air up here was thin. The engines were working at their limits.

Above him, the sky was getting darker.

And somewhere up there, past 50,000 feet, past 60,000, past whatever altitude the Directorate had decided was the absolute limit of exploration, there was something they didn’t want anyone to see.

Something they’d spent decades hiding behind fake photographs and composite images and carefully constructed lies.

Something real.

He increased thrust and climbed toward it.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

At 30,000 feet, Mercer leveled off.

The altimeter held steady. The engine hummed with the satisfied tone of a machine doing exactly what it was designed to do. Outside the viewport, the sky had deepened to a darker blue—not quite the black of “space” that the Directorate’s footage always showed, but darker than the cheerful azure of ground level.

Thirty thousand feet. Cruising altitude for commercial jets.

Mercer thought about all those passengers, right now, at this exact altitude, watching seatback screens that showed them “live feeds” from the Orbital Space Station. Watching astronauts float in zero gravity. Watching Earth curve beneath them in a perfect blue marble. Watching the vast emptiness of space stretch to infinity.

All while flying at the same height Mercer was flying right now, where the horizon was still perfectly flat and at eye level.

The irony was so thick you could spread it on toast.

The memory came to him with the clarity of a punch to the gut: six months ago, in his apartment, laptop open, coffee growing cold, watching the footage that would make everything else make sense.

“You’re not seriously watching this again,” Sarah had said from the doorway.

Mercer hadn’t looked up from the screen. “Come here. I want to show you something.”

“James—”

“Just look. Thirty seconds. That’s all I’m asking.”

She’d sighed the sigh of someone who’d already had this conversation three times and knew she was about to have it a fourth. But she’d come over, stood behind his chair, and looked at the laptop screen.

The footage was from a Directorate “spacewalk” mission—official, publicly released, shown in schools and museums and on every documentary about humanity’s reach for the stars. An astronaut in a white suit, tethered to the station, working on some external panel. Earth curved magnificently in the background. The black of space stretched infinite and cold.

“Okay,” Sarah had said. “I’ve seen this. Everyone’s seen this. It’s—”

“Watch the helmet,” Mercer said. He clicked back fifteen seconds and played it again.

The astronaut reached for a tool. Moved his arm in that slow, deliberate way that suggested weightlessness. Turned his head.

And a bubble floated past his visor.

A perfect, spherical bubble, catching the light, drifting upward through the frame before disappearing off-screen.

Mercer paused the video. “Did you see it?”

“See what?”

“The bubble.”

“I didn’t see any—”

He played it again. Pointed at the screen. “Right there. Watch the left side of his helmet.”

This time she saw it. He knew she saw it because her posture changed—stiffened, just slightly.

“That’s... probably just a reflection. Or a piece of debris.”

“A bubble,” Mercer said. “In space. In the vacuum of space. Where bubbles can’t exist because there’s no air to form them.”

“It could be—”

“I have seventeen more examples.” He opened a folder on his desktop. “This one’s my favorite.”

The next video showed an astronaut inside the station, floating in the main cabin, demonstrating how liquids behaved in zero gravity. She squeezed a pouch of water, and it formed a perfect sphere, hovering in the air. Very impressive. Very scientific.

Except her hair wasn’t floating.

It hung down. Perfectly styled. Not a strand out of place. Like she’d used half a can of hairspray that morning and it was holding strong against the rigors of weightlessness.

“Hair spray,” Mercer said. “In zero gravity. Where everything floats. Except, apparently, hair that’s been properly styled.”

Sarah had crossed her arms. “There could be explanations—”

“There are always explanations.” He clicked to another video. “This one’s even better.”

An astronaut doing a flip in the station. Very graceful. Very weightless. Very obviously suspended by wires that were visible for exactly three frames if you knew where to look.

Mercer froze the video on frame two. Enhanced the image. There—a thin line running from the astronaut’s back to the top of the frame, slightly darker than the background, catching the light at just the wrong angle.

“That’s a harness wire,” he said quietly. “They’re doing wire work. Like in the movies. Except this isn’t supposed to be a movie. This is supposed to be space.”

He clicked to the next file before Sarah could respond. “But this one. This is the one that made me absolutely certain.”

The footage showed the interior of the station—the main cabin module, wide and well-lit. Four astronauts were visible in frame, all supposedly floating in zero gravity. Three of them were working at various stations, moving with that careful, controlled drift that characterized all Directorate space footage.

The fourth astronaut did a backflip.

Not a careful rotation. Not a slow, controlled tumble. A full gymnastic backflip—the kind you’d see at the Olympics, complete with tucked knees and pointed toes. He rotated once, perfectly, and came out of it with his arms spread wide, grinning at the camera.

“Watch,” Mercer said quietly.

As the backflipping astronaut completed his rotation, he drifted slightly off-axis—just a few inches, the kind of minor deviation that might happen if you were suspended by a wire and your momentum carried you slightly to the left.

One of the other astronauts reached out.

And grabbed a wire.

Not the backflipper’s suit. Not his arm. Not any visible safety equipment.

A thin, dark line running from the side of the backflipping astronaut’s hip straight up toward the ceiling of the module. The reaching astronaut’s hand closed around it, clearly visible for three full seconds, and gave it a gentle tug. The backflipper’s drift corrected. He settled back into position.

The reaching astronaut let go of the wire and went back to work.

Like it was nothing. Like this was completely normal. Like casually grabbing your colleague’s suspension wire to correct his position was just part of the routine.

Mercer paused the video. Enhanced the frame. There it was: the reaching astronaut’s hand, wrapped around a thin wire, the wire itself catching the cabin lights, running from the backflipper’s harness straight up out of frame.

“They left this in,” Mercer said, his voice barely above a whisper. “This is official Directorate footage. Shown in schools. Played at recruitment events. Four astronauts on camera at once, and one of them casually grabs another one’s harness wire to stop him from drifting.”

Sarah leaned closer to the screen. He watched her eyes trace the line of the wire, follow the reaching astronaut’s hand gripping it, see the unmistakable reality of what was happening.

“That’s...” She stopped. Started again. “That could be—”

“What? What could it be?” Mercer played the sequence again in slow motion. “Watch. He does a backflip. A full gymnastic backflip. In ‘zero gravity.’ Where there’s no up or down, no way to generate the rotational force for a move like that without pushing off something. But he does it anyway, because he’s on a wire. And when the wire lets him drift slightly off his mark, his colleague reaches up and grabs the wire to correct him.”

The video played. The backflip completed. The hand reached out. Closed around the wire.

“The Directorate wouldn’t—”

“Wouldn’t what? Fake footage? Why not? If they’re already lying about the shape of the world, why wouldn’t they lie about what’s above it?”

“Because...” She’d trailed off, searching for an argument that made sense. “Because that would mean every space mission, every satellite launch, every—”

“Every single piece of footage they’ve ever released,” Mercer finished. “Yes. That’s exactly what it would mean.”

He’d opened another file. This one was a compilation—dozens of clips, all from official Directorate sources, all showing the same kinds of anomalies. Bubbles floating past helmets. Hair that defied weightlessness. Wires visible in reflections. Green screen artifacts around the edges of “Earth” in the background. Astronauts whose movements looked less like floating and more like swimming through invisible water.

“They’re not even trying that hard,” Mercer had said, almost admiringly. “Once you know what to look for, it’s everywhere. It’s like they’re daring people to notice.”

“Or,” Sarah had said carefully, “you’re seeing patterns that aren’t there. Confirmation bias. You’re looking for evidence of a conspiracy, so you’re finding it in random artifacts and compression errors.”

“Compression errors don’t create bubbles.”

“James—”

“And they don’t create harness wires. Or make hair defy physics.” He’d closed the laptop. “I’m not crazy, Sarah. I’m just paying attention.”

She’d looked at him with something that might have been pity or might have been fear. “The Directorate has explanations for all of this. They’ve addressed these claims. There are entire departments dedicated to—”

“To explaining away what people can see with their own eyes?” Mercer had stood up, walked to the window. “That’s the thing, isn’t it? They don’t need good explanations. They just need explanations. Any explanation. Because most people would rather accept a bad explanation than face the possibility that they’ve been lied to their entire lives.”

Outside his window, the city had stretched toward the horizon—the flat, eye-level horizon that shouldn’t have been flat or at eye level if the world was really a spinning ball.

“I’m going up,” he’d said quietly. “I’m going to see it for myself.”

“See what?”

“Whatever’s up there. Whatever they’re hiding. Whatever’s above the clouds and the planes and all the places we’re allowed to go.” He’d turned back to her. “If their footage is fake, what else are they lying about? What’s really up there?”

Sarah had picked up her coat. “You’re going to get yourself killed.”

“Maybe.”

“Or worse. You’re going to get yourself disappeared. The Directorate doesn’t like people who ask too many questions.”

“I know.”

She’d paused at the door. “I can’t help you with this.”

“I know that too.”

But she had helped. In the end, she’d helped. Because somewhere between that conversation and this moment, Sarah Chen had decided that some questions were worth asking, even if the answers were dangerous.

The rocket climbed through 31,000 feet.

Below him, the cloud layer stretched like a white floor. Above him, the sky continued to darken—but not to black. Never to black. Just to a deeper, richer blue, like the sky was made of something solid that light had to work harder to penetrate.

Mercer thought about all those videos. All those bubbles and wires and hairsprayed astronauts. All those carefully constructed lies, broadcast to millions, accepted without question because questioning meant facing something too large and too terrible to contemplate.

The Directorate had built an entire mythology around space. Around satellites and stations and missions to other worlds. They’d created heroes and legends and a grand narrative of humanity reaching for the stars.

And they’d done it all with green screens and swimming pools and wire harnesses.

The question was: why?

If there was no space to reach—if the sky had a ceiling that couldn’t be crossed—what were they hiding? What was really up there, beyond the altitude where commercial jets flew, beyond the clouds with their flat bottoms, beyond the point where the horizon should have curved but didn’t?

Mercer checked his instruments. Fuel: still adequate. Engine: still nominal. Altitude: 32,000 feet and climbing.

The air was getting thinner. The sky was getting darker.

And somewhere above him, past 40,000 feet, past 50,000, past whatever height the Directorate had decided was the limit of acceptable exploration, there was an answer.

He increased thrust.

Time to find out what happened when you flew higher than you were supposed to.

Time to find out what the stars really were.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

At 20,000 feet, Mercer entered the cloud layer.

It wasn’t a gradual thing—no wisps of vapor slowly thickening around the viewport. One moment he was in clear air, the next he was surrounded by white. The rocket punched through the base of the clouds like passing through a ceiling, and Mercer felt his stomach tighten with a familiar sense of wrongness.

The clouds had a bottom.

A flat, uniform bottom, as if someone had taken a knife and sliced away everything below a certain altitude.

He’d seen it before, of course. Every pilot had. Cloud bases were a standard meteorological phenomenon—temperature inversions, dew points, the usual explanations. Perfectly normal. Perfectly scientific.

Perfectly impossible to ignore once you really looked at it.

The memory hit him as he climbed through the white: Highway 40, eight months ago, driving west across the continental interior with nothing but time and an increasingly uncomfortable collection of questions.

The road had stretched ahead like a promise of infinity—flat, straight, and utterly indifferent to Mercer’s growing sense that reality was not behaving as advertised.

He’d been driving for six hours. The sun was past its zenith, angling toward the western horizon in that slow, circular path that made sense only if you stopped thinking of it as a distant star and started thinking of it as a light source moving overhead. But that was a thought for another day. Today’s thought was about the clouds.

They were scattered across the sky like a child’s drawing—puffy, white, separated by generous patches of blue. Cumulus clouds, his training told him. Fair weather. Nothing unusual.

Except they were all flat on the bottom.

Every single one.

Mercer had noticed it around hour three, somewhere between the third gas station and the fourth identical stretch of highway. At first, it had been a casual observation, the kind of thing a pilot notices without thinking. Cloud bases. Sure. Normal.

But then he’d kept driving, and the clouds had kept being flat, and something in his brain had started to itch.

He’d looked at the clouds in the distance—miles ahead, where perspective made them seem smaller, lower, converging toward the horizon like streetlights shrinking into the vanishing point. They looked like they were touching the ground out there, getting smaller and flatter as they receded.

Just like streetlights.

Just like railroad tracks.

Just like everything else that perspective made look like it was converging when it really wasn’t.

Mercer had driven for another hour, watching the distant clouds approach. Watching them grow larger as he closed the distance. Watching them resolve from tiny white dots into full-sized clouds.

Still flat on the bottom.

Still at the same height.

He’d pulled over at a rest stop somewhere in the middle of nowhere, gotten out of the car, and stared at the sky for twenty minutes.

The clouds stretched from horizon to horizon. Dozens of them. Maybe hundreds. All separated by clear blue sky. All puffy and irregular on top, following the natural chaos of water vapor and air currents.

All perfectly, uniformly flat on the bottom.

It was like looking at a ceiling. A vast, invisible ceiling that the clouds were resting against, unable to descend below a certain altitude no matter how much they wanted to.

“Temperature inversion,” Mercer had muttered to himself. “Atmospheric layering. The dew point creates a uniform cloud base. It’s in the textbooks.”

The clouds had continued to sit on their invisible floor, unimpressed by his rationalizations.

He’d pulled out his personal tablet and done some calculations. Cloud bases typically formed where the temperature and dew point converged—usually around 3,000 to 6,000 feet for cumulus clouds, depending on conditions. The base altitude could vary based on humidity, temperature, atmospheric pressure.

But these clouds weren’t varying. They were all at the same level, as far as he could see. Miles and miles of clouds, all resting on the same invisible surface.

Mercer had taken photos. Lots of photos. He’d used the tablet’s level function to establish a true horizontal, then measured the angle to the cloud bases at various distances. The math was simple: if the clouds were at different altitudes, the angles would vary. If they were all at the same altitude, the angles would be consistent.

They were consistent.

He’d gotten back in the car and kept driving, watching the clouds. Every hour, he’d pull over and take more measurements. The sun moved across the sky in its slow arc. The shadows lengthened. The clouds drifted and reformed and occasionally dissipated entirely.

But when new clouds formed, they formed with flat bottoms.

Always.

At a diner somewhere near the state line, he’d tried to mention it to the waitress.

“Have you noticed the clouds today?” he’d asked, gesturing out the window.

She’d glanced outside with the expression of someone who’d been asked to care about something deeply uninteresting. “Clouds?”

“They’re all flat on the bottom. Every single one. Like they’re sitting on something.”

“Huh.” She’d refilled his coffee. “I guess they are. Never really thought about it.”

“Doesn’t that seem strange to you? That they’d all be at exactly the same height?”

“I don’t know, honey. I’m not really a weather person.” She’d smiled apologetically. “You want pie?”

He’d eaten his pie in silence, watching the clouds through the window, feeling the familiar isolation of someone who’d noticed something that everyone else had decided not to see.

The thing was, he understood atmospheric layers. He understood temperature inversions and dew points and all the meteorological explanations for why clouds formed at certain altitudes. He’d studied it at the academy. He’d flown through it a thousand times.

But understanding the explanation and accepting the implication were two different things.

If the atmosphere had hard boundaries—invisible floors that clouds couldn’t penetrate—what did that say about the structure of the sky itself? What did it say about the neat, spherical model of Earth surrounded by miles of gradually thinning atmosphere that eventually gave way to the vacuum of space?

What did it say about the nature of the world when the clouds themselves seemed to know there was a ceiling they couldn’t cross?

Mercer had driven until sunset, watching the clouds turn pink and gold against their flat, uniform bases. He’d pulled over one last time, stood in the cooling air, and looked up at the sky like he was seeing it for the first time.

The clouds sat on their invisible floor.

The horizon remained at eye level.

The sun moved in its circle overhead.

And somewhere deep in his chest, something that had been holding together for thirty-seven years began, very quietly, to crack.

The rocket broke through the top of the cloud layer at 22,000 feet, and Mercer emerged into clear air above a sea of white that stretched to the horizon in every direction.

Below him, the clouds formed a flat, uniform surface.

Above him, the sky was growing darker.

He checked his instruments. Fuel: adequate. Engine temperature: nominal. Rate of climb: steady.

Altitude: 23,000 feet and rising.

The clouds beneath him looked solid enough to walk on. He knew they weren’t—knew they were just water vapor, insubstantial and temporary. But the illusion was perfect. A floor. A foundation. A boundary between one realm and another.

Mercer increased thrust and climbed toward 30,000 feet.

He had a feeling the boundaries were just beginning.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

The altimeter read 10,000 feet, and the horizon was still at eye level.

Mercer noted this with the same calm precision he’d used to note a thousand other details in the past six minutes of vertical ascent. Airspeed: 340 knots. Rate of climb: 4,200 feet per minute. Engine temperature: nominal. Fuel consumption: exactly as predicted.

Horizon: exactly where it shouldn’t be.

The rocket was a beautiful machine—all thrust and grace, designed for high-altitude reconnaissance that the Directorate claimed was essential for “monitoring atmospheric conditions.” Mercer had flown her a dozen times before, always following approved flight paths, always staying within approved altitudes, always filing approved reports that said exactly what the Directorate wanted to hear.

He’d been very good at his job.

He’d also been very good at lying to himself.

The sky outside the viewport was deepening from blue to a darker shade—not quite the black of “space” that the textbooks promised, but darker nonetheless. The sun hung in the sky like a spotlight, closer than it should be if it were really 93 million miles away, moving in patterns that made sense only if you stopped believing what you’d been taught and started believing what you could see.

At 10,000 feet, the horizon should have dropped below eye level. That’s what the math said. That’s what the curvature of a ball-shaped Earth demanded. Eight inches per mile squared, they’d taught him at the academy. Simple geometry. Inescapable physics.

The horizon remained stubbornly, impossibly level with his eyes.

Just like it had three years ago.

The observation deck at Coastal Station Seven was the highest point for two hundred miles—a tower that rose 800 feet above the ocean, designed to give meteorologists an unobstructed view of incoming weather patterns.

Mercer had been there on a routine inspection, checking equipment, filing reports, doing the thousand small tasks that kept the Directorate’s machinery running smoothly. He’d stepped out onto the deck with his morning coffee, looked out at the ocean, and noticed something that would eventually cost him his career, his reputation, and possibly his life.

The horizon was at eye level.

He’d blinked, certain he was seeing it wrong. He was 800 feet up. The horizon should have dropped. He should have been looking down at it, even slightly. That’s what happened when you stood on a ball. The higher you went, the more the horizon fell away beneath you.

Except it didn’t.

He’d pulled out his personal tablet—not the Directorate-issued one, but the old civilian model he’d kept from before his academy days—and done the calculation. On a sphere with a radius of 3,959 miles, standing at 800 feet of elevation, the horizon should be approximately 34.6 miles away and should appear to drop by roughly 0.5 degrees below eye level.

It was a small angle. Barely noticeable, perhaps.

But it should have been there.

He’d spent the next hour taking measurements. He’d used a level—an actual bubble level from the maintenance kit—to establish a true horizontal line. Then he’d sighted along it toward the horizon.

The horizon met the level perfectly.

“Captain Mercer?” A technician had appeared at his elbow, looking concerned. “Are you all right? You’ve been staring at the ocean for an hour.”

“Tell me something,” Mercer had said, not looking away from the horizon. “We’re on a ball, right? A sphere. Spinning through space.”

“Of course, sir.” The technician had sounded confused. “Everyone knows that.”

“So the horizon should curve away from us. The higher we go, the more it should drop below eye level.”

“I... suppose so? I’m not really a physics person, sir.”

“Look at it,” Mercer had said, gesturing at the endless line where ocean met sky. “Does that look like it’s curving away from us? Does it look like it’s dropping?”

The technician had looked. Really looked, perhaps for the first time in his life.

“No,” he’d said slowly. “No, it doesn’t.”

“No,” Mercer had agreed. “It doesn’t.”

He’d filed his report that evening. A careful, measured document noting the “unexpected observational data” and requesting clarification on the “apparent discrepancy between theoretical models and observed reality.”

The response had come within six hours.

“Captain Mercer is reminded that atmospheric refraction can create optical illusions at high altitudes. The curvature of the Earth is well-established scientific fact, confirmed by centuries of observation and measurement. Further reports questioning established science will be noted in the Captain’s permanent record. Trust in the Directorate. Trust in the science.”

The technician who’d been with him on the observation deck had been transferred to a facility in the interior the next day.

Mercer had never seen him again.

The altimeter read 12,000 feet now. The rocket was still climbing, still eating through fuel at a rate that would give Sarah a heart attack if she were watching the telemetry.

The horizon was still at eye level.

Mercer smiled grimly. Three years ago, that observation had been the first crack in the wall. The first moment when the official narrative had collided with observable reality and shattered into a thousand pieces that no amount of “atmospheric refraction” could glue back together.

He’d started looking after that. Really looking. At the ocean that always found its level, no matter how large the body of water. At the distant landmarks that should have been hidden behind the curve but remained stubbornly visible. At the sun that moved in circles overhead like a spotlight on a track, not like a distant star around which the Earth supposedly orbited.

At the stars themselves, which seemed far too close and moved in patterns that made sense only if they were attached to something—something solid, something rotating above the Earth like lights on a great dome.

The Directorate had explanations for all of it. Refraction. Perspective. Optical illusions. The limitations of human perception. The need to trust the experts, the scientists, the people who knew better than to believe their own lying eyes.

Mercer had tried to believe them. He’d wanted to believe them.

But the horizon had remained level, and the questions had remained unanswered, and eventually he’d found himself in a bookshop that wasn’t supposed to exist, reading texts that had been forbidden for two hundred years, learning words like “firmament” and “foundation” and “the circle of the Earth.”

Learning that he wasn’t crazy.

Learning that he wasn’t alone.

The altimeter read 15,000 feet. The air was thinner here, the sky darker. The rocket’s engines hummed with perfect efficiency, carrying him higher, closer to whatever waited above.

Mercer checked his instruments, adjusted his heading, and increased thrust.

Twenty thousand feet was next.

And he had a feeling that what he’d see there would make the horizon anomaly look like a footnote.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

“You’re insane,” said Dr. Sarah Chen, not for the first time.

Captain James Mercer stood at the observation window of Launch Control Station Seven, watching the rocket gleam under the floodlights. The single-stage experimental rocket sat vertical on its pad, gantry arms embracing it like skeletal fingers, fuel vapor venting in ghostly wisps from the cryogenic systems. Pre-dawn darkness pressed against the reinforced glass, making the launch facility look like an island of light in an ocean of nothing.

Officially, the rocket was designed to study atmospheric conditions at extreme altitudes. Unofficially—well, Mercer had his own theories about what it was really designed to study.

Or rather, what it was designed to avoid studying.

“You’ve mentioned that,” he said, not looking away from the rocket.

“I’m mentioning it again.” Sarah’s reflection appeared in the glass beside his. Behind them, the control station was empty—she’d made sure of that, pulling strings and calling in favors and disabling just enough security protocols to give him a window. Twenty minutes, maybe less. “You have a PhD in atmospheric physics. You’re the Directorate’s most decorated pilot. You have a career, a reputation, a future—”

“Had,” Mercer corrected quietly. “Past tense. The moment I filed that report about the Van Allen discrepancies, my future became very much past tense.”

Sarah flinched. They both knew he was right. The “informal counseling session” with Directorate Security had made that abundantly clear. As had the sudden reassignment to “administrative duties pending psychological evaluation.”

As had the not-so-subtle suggestion that he seek “voluntary treatment” at the Directorate Wellness Center, which everyone knew was where inconvenient people went to become convenient again.

“James.” Sarah’s voice dropped to barely a whisper, even though the control room was empty. Even though she’d personally disabled the monitoring systems. Even though she’d given him the override codes that would let him launch a fifty-million-credit rocket without triggering any alarms until it was far too late to stop him.

Even though she was, technically, helping him commit treason.

“What if you’re wrong?” she asked.

Mercer finally turned to look at her. Sarah Chen had been his friend for eight years, his colleague for twelve, and the only person in the entire Directorate who’d listened—really listened—when he’d started noticing things that didn’t add up. She’d reviewed his data. She’d checked his math. She’d even looked at some of the forbidden materials he’d found in that dusty bookshop in the old quarter.

She hadn’t believed him. But she’d looked.

That was more than anyone else had done.

“What if I’m right?” he countered.

“Then you’re going to launch straight up until you hit a giant crystalline dome that’s been hiding the truth about reality for the entire history of human civilization, and then what? You take a selfie? You come back down and show everyone? They already think you’re crazy, James. This isn’t going to help.”

“I don’t need to convince everyone,” Mercer said quietly. “I just need to know. For myself. I need to see it.”

“Why?”

It was a good question. Maybe the best question. Why risk everything—career, freedom, possibly his life—just to confirm what he already believed in his heart?

Mercer thought about the water that always found its level, no matter how high you went. The horizon that stayed stubbornly at eye level even at sixty thousand feet. The stars that moved in perfect synchronization, like lights on a ceiling rather than distant suns. The rockets that always, always curved back to horizontal, no matter how much thrust they generated or how many times they redesigned the trajectory.

The Van Allen Belts that shouldn’t exist if the Ares missions had really passed through them.

The Blue Marble photographs that were officially, admittedly, “photoshopped composites because they have to be.”

The old texts he’d found, the forbidden books that spoke of a firmament, a dome, a Creator who’d made the world with love and purpose and protection.

“Because if it’s true,” he said finally, “then everything changes. We’re not accidents, Sarah. We’re not cosmic dust that happened to coalesce into consciousness. We’re not alone in an infinite, uncaring universe. We’re...” He struggled for the words. “We’re loved. We’re known. We’re home.”

Sarah’s eyes were bright with tears. “Or you’re about to die proving that you’ve lost your mind.”

“That’s a risk I’m willing to take.”

“Well, I’m not willing to watch you take it.” She pulled a small device from her pocket—a data recorder, military grade. “Your telemetry will be recorded on this. If you’re right, if there’s something up there, this will capture it. And if you’re wrong...” She swallowed hard. “If you’re wrong, at least we’ll have proof that you went looking for truth, not running from reality.”

Mercer took the recorder, their fingers touching briefly. “Thank you.”

“Don’t thank me. I’m enabling your suicide mission.” But she was smiling, just a little. “You have eighteen minutes before the shift change. After that, all bets are off. The override codes will get you through the automated launch sequence, but once you initiate ignition, there’s no abort. No coming back. Just up.”

“Eighteen minutes to reach the edge of everything and prove that everything we’ve been taught is a lie.” Mercer pocketed the recorder. “No pressure.”

“James.” Sarah’s hand caught his arm, stopping him from turning toward the door. “What if you do find it? What if there really is a dome up there? What then?”

Mercer looked at her, this brilliant woman who’d risked everything to help him chase what everyone else called madness. “Then I’ll know,” he said simply. “I’ll know that someone made this place. That we’re not accidents. That there’s a reason for all of this.” He gestured vaguely at the control room, the launch facility, the world beyond. “That we matter.”

Sarah nodded slowly. Her hand fell away.

“Launch safe, Captain.”

“I’m launching straight up into a dome that may or may not exist,” Mercer said. “I don’t think ‘safe’ is really on the table.”

Through the observation window, he saw her laugh despite herself. Then he was moving toward the door, toward the gantry elevator, toward the point of no return.

The walk across the launch pad felt longer than it should have. Floodlights turned the night into artificial day, casting harsh shadows from the gantry structure. The rocket loomed above him, white and gleaming, fuel vapor still venting in rhythmic pulses. The smell of rocket propellant hung in the air—sharp, chemical, dangerous.

The elevator ride up the gantry was silent except for the hum of machinery and the distant sound of cryogenic pumps. Through the metal lattice, Mercer could see the world falling away—the launch facility, the perimeter fence, the dark landscape beyond. The sky above was still black, stars visible and fixed and waiting.

At capsule level, the gantry platform swayed slightly in the wind. Mercer stepped across the access bridge, his hand trailing along the rocket’s hull. The metal was cold, almost painfully so, frosted with condensation from the super-cooled fuel inside.

The capsule hatch stood open. Beyond it, the command seat waited, surrounded by displays and controls and systems designed to take a human being to altitudes that humans were never meant to reach.

Mercer climbed inside.

The capsule was cramped, efficient, designed for function rather than comfort. He strapped himself into the command seat, the harness clicking into place with mechanical precision. The viewport above showed a circle of sky, stars visible through the gantry structure. Around him, displays flickered to life as the systems recognized his presence.

He pulled out the data recorder Sarah had given him, mounted it to the console. Then he accessed the launch control interface, fingers moving across the touchscreen with practiced efficiency.

The override codes Sarah had provided unlocked systems that should have required three separate authorizations and a direct order from Directorate Command. One by one, the launch sequence protocols activated. Fuel pressurization: nominal. Engine systems: online. Guidance computer: accepting commands.

Launch authorization: approved.

Through the capsule’s external cameras, Mercer could see the gantry arms beginning to retract, pulling away from the rocket’s hull with hydraulic precision. The launch tower was already moving, the massive structure rolling back on its rails, clearing the path to the sky.

Mercer’s hands were steady on the control interface.

His heart was pounding.

And somewhere in the back of his mind, a voice he’d been hearing more and more lately—a voice from dreams, from the forbidden texts, from somewhere beyond the world he knew—whispered: Come and see.

“All right,” Mercer said to himself, to Sarah watching from the control station, to the voice, to whatever was waiting for him up there in the sky. “Let’s see what’s really up there.”

He initiated the ignition sequence.

For a moment, nothing happened.

Then the world became fire and thunder.

The main engines ignited with a roar that shook the capsule, that shook the earth, that seemed to shake reality itself. G-forces slammed Mercer back into his seat as the rocket lifted, slowly at first, then faster, then impossibly fast. The gantry structure fell away. The launch facility became a point of light. The ground became a memory.

The rocket erupted skyward like a prayer made of fire and fury and desperate hope.

And Captain James Mercer, decorated pilot and certified madman, went looking for the face of God.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

The auditorium held three hundred souls, and Dr. Helios Cosmos owned every single one of them.

He stood center stage beneath a holographic projection of the solar system, arms spread wide like a conductor before an orchestra, his silver hair catching the light in a way that suggested either excellent genetics or excellent product placement. Possibly both. His lab coat—because of course he wore a lab coat, white and pristine and utterly unnecessary for a lecture—billowed slightly in the breeze from the stage fans.

Yes, there were stage fans.

Dr. Cosmos believed in presentation.

“LOOK UP!” he shouted, and three hundred faces tilted obediently toward the ceiling, where the hologram had expanded to show a blue marble suspended in black space. “What do you see?”

“Earth!” someone called out.

“HOME!” shouted another.

“A SPINNING BALL OF ROCK HURTLING THROUGH THE VOID AT SPEEDS THAT WOULD MAKE YOUR ANCESTORS WEEP!” Dr. Cosmos swept his arm in a grand arc, and the holographic Earth began to rotate. “You are standing—right now, at this very moment—on a sphere that is spinning at ONE THOUSAND MILES PER HOUR!”

He paused for effect. The audience gasped appreciatively.

A young cadet in the third row raised her hand tentatively. “But... we don’t feel it spinning.”

Dr. Cosmos beamed at her like she’d just asked the meaning of life. “EXACTLY! You don’t feel it because you, my dear, are moving WITH it! You and this auditorium and this entire facility and everyone you’ve ever loved are all spinning together at one thousand miles per hour, and you don’t feel a thing! Isn’t that MAGNIFICENT?”

The audience applauded. The cadet looked pleased with herself.

Behind Dr. Cosmos, the hologram shifted. Now the Earth was orbiting a sun, tracing a glowing elliptical path through the darkness.

“But wait!” Dr. Cosmos spun on his heel, his coat flaring dramatically. “It gets BETTER! Not only are you spinning at a thousand miles per hour, you are ALSO orbiting our glorious sun at—” He paused, building tension. “—SIXTY-SIX THOUSAND, SIX HUNDRED MILES PER HOUR!”

More gasps. Someone in the back whispered, “That’s impossible.”

Dr. Cosmos heard it. He always heard it. His smile widened.

“Impossible? IMPOSSIBLE?” He laughed, a rich sound that filled the auditorium. “My friend, you are living the impossible! Right now, as you sit in that chair, you are moving at speeds that would turn you into paste if you hit anything! But you don’t hit anything, because SPACE—” he gestured grandly at the hologram “—is very, very empty!”

The hologram zoomed out further. Now the entire solar system was visible, and it was moving—sliding through a river of stars like a boat on a current.

“And just when you think it can’t get more incredible,” Dr. Cosmos said, his voice dropping to a stage whisper that somehow carried to the back row, “just when you think you’ve grasped the sheer audacity of your existence... you discover that our entire solar system is moving through the galaxy at FIVE HUNDRED AND FOURTEEN THOUSAND MILES PER HOUR!”

Silence.

Then, from somewhere in the middle rows: “I think I’m going to be sick.”

Laughter rippled through the audience. Dr. Cosmos grinned.

“You’re not sick, cadet. You’re ENLIGHTENED! You have just learned that you are a passenger on the fastest, most improbable ride in the universe, and you didn’t even need to buy a ticket!”

He snapped his fingers. The hologram changed again, this time showing a murky green ocean, primitive and lifeless. Lightning flashed across the ancient sky.

“Now,” Dr. Cosmos said, his tone shifting to something almost reverent, “let me tell you the most beautiful part. The part that makes all of this—” he gestured at the spinning, hurtling, impossible cosmos above them “—even more miraculous.”

He walked to the edge of the stage, close enough that the cadets in the front row could see the gleam in his eyes.

“Four billion years ago, there was nothing. No humans. No consciousness. No purpose. Just chemicals in a soup, mixing randomly, meaninglessly, without direction or design.” He paused. “And then, by pure chance—by the most improbable accident in the history of accidents—those chemicals became something more. They became life.”

The hologram showed single-celled organisms, then fish, then amphibians crawling onto land, then mammals, then primates, then—

“You,” Dr. Cosmos said softly. “You are the product of four billion years of random mutations and survival of the fittest. You are an accident that learned to think. A cosmic fluke that learned to dream.”

He let that sink in for a moment.

Then his voice rose again, filling the auditorium with renewed energy. “And yet! AND YET! Despite being accidents, despite being flukes, despite being nothing more than animated stardust with delusions of grandeur—YOU ARE DESTINED FOR GREATNESS!”

The hologram exploded into a vision of the future: gleaming spacecraft, colonies on Mars, humans walking on distant worlds beneath alien suns.

“BEYOND IS HUMANITY!” Dr. Cosmos shouted, echoing the slogan on the massive poster behind him—a heroic astronaut planting the Directorate flag on red soil. “You came from nothing! You are going to EVERYTHING! From the primordial ooze to the stars themselves! This is your destiny! This is your PURPOSE!”

The audience was on its feet now, applauding, cheering. Three hundred faces shining with belief, with hope, with the absolute certainty that they were part of something greater than themselves.

Dr. Cosmos basked in it for a moment, then raised his hands for silence.

“The Directorate,” he said, his voice warm and paternal, “exists to guide you on this journey. To help you reach your potential. To ensure that humanity fulfills its destiny among the stars.” He smiled. “Trust in the Directorate. Trust in the science. Trust in the numbers.”

He gestured at the hologram one final time—Earth spinning, orbiting, hurtling through space at impossible speeds that no one could feel.

“Trust,” he said quietly, “that we know what we’re talking about.”

The lights came up. The hologram faded. Dr. Cosmos took a bow to thunderous applause.

In the back row, a young man with dark hair and serious eyes clapped along with everyone else. His name was James Mercer, and he was seventeen years old, and he believed every single word he’d just heard.

As the cadets filed out of the auditorium, chattering excitedly about spinning planets and evolutionary destiny, none of them noticed the small inscription carved into the archway above the exit. It was old—older than the Directorate, older than the academy, older than anyone could remember.

It was written in a language that had been officially declared extinct.

Translated, it read: “The heavens declare the glory...; and the firmament sheweth... handywork.”

Someone had tried to chisel it away once, long ago.

They hadn’t quite managed all of it.

The words remained, faint but legible, waiting for someone to read them.

Waiting for someone to wonder why they’d been hidden in the first place.

Table of Contents

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

The Snowglobe: A Novella

Welcome to something a little different here on Brian’s Notebook.

You’re about to read a story about what lies beyond.

Not beyond the next election cycle or the next quarterly report—beyond the boundaries we’re told define reality itself. Beyond the edge of what everyone assumes is settled science. Beyond the place where reasonable questions are supposed to stop.

Captain James Mercer is a pilot who started noticing things. Small things at first—inconsistencies in the official story. Videos that looked wrong. Explanations that required more faith than the alternative. The kind of discrepancies that most people dismiss because the implications are too uncomfortable to consider.

But Mercer couldn’t dismiss them. The more he looked, the more the cracks showed. Until finally, he did what any reasonable person would do when they stop believing what they’re told about something fundamental.

He strapped himself into a spacecraft and launched toward the one place nobody’s supposed to look too closely.

Up.

This is science fiction, but it’s also wild, funny, and earnestly sincere. This is an allegory about truth, seeking, and what happens when someone finally looks at the world as it actually is.

What to expect:

• 15 chapters total (Prologue + 13 chapters + Epilogue)

• Humor with genuine spiritual weight

• A pilot’s perspective on impossible things

• A complete story

How to read:
Each chapter is published as its own article here on Brian’s Notebook. You can use the table of contents below to bookmark chapters, or explore them as they’re shared.

If you’re here for comedy, you’ll find it. If you’re here for mystery, it’s woven throughout. If you’re here because you’re curious what happens when someone actually looks—well, that’s the whole point.

Comment if something lands. Share if you think someone else needs to read this.

Let’s find out what’s beyond.

TABLE OF CONTENTS

[The Snowglobe: A Novella]

• Prologue: Beyond Is Humanity

• Chapter 1: You’re Insane

• Chapter 2: Ten Thousand Feet

• Chapter 3: Clouds

• Chapter 4: Bubbles

• Chapter 5: Marbles

• Chapter 6: Rockets

• Chapter 7: Radiation

• Chapter 8: Freezing

• Chapter 9: Vacuum

• Chapter 10: What Is It

• Chapter 11: Boundary

• Chapter 12: Impact

• Chapter 13: The Fall

• Epilogue: Landing

The Snowglobe

This is a work of fiction. Names, characters, places, and incidents are either products of the author’s imagination or are used fictitiously. Any resemblance t

o actual persons, living or dead, events, or locales is entirely coincidental. This narrative is presented as allegory and entertainment, not as factual representation of scientific, historical, or theological claims.

Start the Prologue: Beyond is Humanity