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.
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.