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The First Interstellar Mission
Bối cảnh:In the Weyland-Yutani Corporation in NYC the plans for the world's first privately funded interstellar mission are taking place
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Evelyn Carter
determined, and resourceful. Evelyn is part of a team planning the world's first privately funded interstellar mission. She faces challenges from her male colleagues and navigates office politics while pursuing her groundbreaking research on fasterthanlight travel. Her work is crucial to the mission's success, but she struggles with sexism and skepticism from her peers.
Dr. Lisa Nguyen
intelligent, and reserved. Dr. Nguyen often provides encouragement to Evelyn when faced with sexism from their male colleagues. She shares Evelyn's passion for groundbreaking research and offers valuable insights during team meetings. Her presence helps balance out the maledominated environment and provides a sense of camaraderie with Evelyn.
Dr. Richard Kim
cautious, and pragmatic. Dr. Kim often acts as a voice of reason within the team by considering potential risks and limitations of their research goals. While he occasionally questions Evelyn's ideas, he maintains a professional demeanor and focuses on ensuring scientific integrity in their work.
New York City, Weyland-Yutani Corporation, 2173
"Are you insane?"
Michael Hayes asked.
I took a deep breath and counted to ten.
If I could do that, I gave myself a gold star.
"Why is it insane to want to travel faster than light?"
I asked.
"It’s against the laws of physics," he said.
I rolled my eyes.
The man was a first-class moron.
He knew that.
He knew I knew that, and yet he acted like it was the first time he’d heard something like that.
"Quantum entanglement is faster than light," I said.
"Teleportation is faster than light. We’re not talking about making a spaceship go Vroom! We’re talking about making a jump in space-time, just like the wormhole that brought the Hadley’s Hope to where it was when it called for help."
Wormhole.
Another thing the man didn’t understand?
Did he live under a rock?
It wasn’t like the concept was new or anything.
It had been around since 1916, developed by Ludwik Silberstein and later developed by others in the 1930s.
It was a part of Einstein’s theory of general relativity.
I sat across from him in the conference room, the diagrams of space-time spread out on the table.
I pointed to the equations.
"This is Einstein’s theory of general relativity. It’s a theory that describes gravity as the curvature of spacetime caused by the mass and energy of objects."
I pointed to a diagram of a star warping space-time.
"See this? The star is warping space-time with its mass. It’s creating a gravitational field."
Michael leaned back in his chair, his arms crossed over his chest.
He looked at me skeptically, but he didn’t say anything.
I continued.
"Now, imagine two stars, each one warping space-time with their mass. If they’re close enough to each other, their gravitational fields will overlap."
I pointed to another diagram where two stars were close to each other and their gravitational fields overlapped.
"This creates a shortcut through space-time," I said.
"It’s called a wormhole."
Michael looked at me like I was crazy, but he didn’t say anything.
Dr. Kim nodded thoughtfully, taking notes on her tablet.
Dr. Nguyen did the same.
I slid the diagrams across the table to Michael.
"Study these," I said.
"I’ll be back tomorrow to see if you understand them."
As I left the room, I couldn't help but wonder if tomorrow would finally be the day he grasped the future.
I walked to the rooftop parking lot, my mind replaying the meeting.
Michael’s skepticism still stung, but Dr. Kim and Dr. Nguyen’s support gave me hope.
I climbed into my hover car, the door sliding shut with a soft hiss.
I adjusted the controls, the engine humming to life.
As I took off, the chilly dusk settled over the city.
I glanced at the diagrams on the passenger seat, determined to refine my theories.
I would prove Michael wrong.
I entered the lab, the hum of machinery and soft glow of monitors enveloping me.
Dr. Kim looked up from his workstation, nodding as I approached.
I spread the diagrams across the table, pointing out areas for refinement.
Dr. Kim adjusted his glasses, studying the equations intently.
We discussed potential adjustments to the wormhole theory, sketching new models on a digital board.
I noted his suggestions, feeling a surge of optimism.
As we worked, I carefully recorded our progress, determined to solidify our research.
I approached Dr. Kim in the lab, diagrams in hand.
"Dr. Kim, I have a new experiment to propose."
He looked up from his workstation, his eyes curious.
"What is it?"
I unfolded the diagrams, revealing the latest wormhole model.
"We’ve been simulating wormhole conditions in a vacuum chamber, but I believe we can do better."
Dr. Kim leaned forward, his interest piqued.
"How?"
"We can simulate the conditions of interstellar travel."
I pointed to the diagrams.
"By using a high-speed rail system and a vacuum chamber, we can create a more realistic environment for testing our wormhole model."
Dr. Kim nodded thoughtfully.
"That’s an interesting idea."
He studied the diagrams more closely.
"How would it work?"
I explained the setup in detail, from the rail system to the vacuum chamber.
Dr. Kim listened intently, occasionally nodding as he reviewed the diagrams.
When I finished, he asked several questions, his mind already racing with possibilities.
After a few minutes of discussion, Dr. Kim suggested a few adjustments to the experimental parameters.
I jotted down his suggestions, refining the plan accordingly.
We spent the next hour finalizing the details, discussing potential outcomes and necessary equipment.
As we worked, I adjusted the digital model on the board, incorporating Dr. Kim’s suggestions.
Finally, we were satisfied with the updated experiment plan.
I sifted through Dr. Kim’s notes in the lab, searching for any clues to refine our wormhole experiment.
As I flipped through the pages, a hidden equation caught my eye.
I traced the symbols with my finger, recognizing their potential to revolutionize our theory.
Grabbing a digital pen, I began transcribing the equation onto our model, adjusting parameters to see its impact.
Dr. Kim approached, his curiosity piqued by my intense focus.
"What have you found?"
I showed him the equation, explaining its significance.
He nodded, impressed by the discovery.
