The 100 Year Journey to Proxima Centauri B (Sci-Fi Documentary)
Venture City・15 minutes read
The spacecraft Helianthus embarks on a 100-year journey to Proxima Centauri B at 4.24% the speed of light, with a population growth from 1,800 to under 4,500. Passengers experience time dilation, evolving bacteria, and gravity adaptations en route to the new planet Alysia, where they settle, commemorate ancestors, and establish a new home base, the Elisian Fields, after a communication delay with Earth.
Insights
- Bacteria on the spacecraft Helianthus evolve rapidly in a closed-loop system, posing potential risks to human life due to the changing environment and possible mutations.
- The spacecraft Helianthus will undergo a series of complex maneuvers upon reaching the new planet Alysia, including deceleration by firing spin thrusters, a flip maneuver to point engines towards Alysia, and a 15-day deceleration burn at 1G, emphasizing the precision and planning required for interstellar travel.
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Recent questions
How does the spacecraft Helianthus generate artificial gravity?
The spacecraft Helianthus generates artificial gravity by spinning its outer ring at 1.9 rotations per minute, creating 1G of gravity. This centrifugal force simulates the effects of gravity on the passengers and allows for a more comfortable and familiar environment during the 100-year journey to Proxima Centauri B.
What risks do rapidly evolving bacteria on the spacecraft pose?
The rapidly evolving bacteria on the spacecraft pose potential risks to human life. In a closed-loop system, these bacteria can adapt and evolve quickly, potentially leading to the development of harmful strains that could endanger the health and safety of the passengers on board the Helianthus.
How does time dilation affect passengers on the spacecraft?
Time dilation occurs as the spacecraft travels at 4.24% the speed of light, affecting the aging process of passengers. Due to the relativistic effects of traveling at such high speeds, time passes differently for those on board the Helianthus compared to those on Earth. This phenomenon results in a unique experience for the passengers as they journey towards Proxima Centauri B.
What precautions are taken when navigating through the asteroid belt?
When navigating through the asteroid belt, precautions are taken to avoid collisions with asteroids. The spacecraft Helianthus employs advanced detection systems and maneuvering techniques to steer clear of potential hazards in the asteroid belt, ensuring the safety of the passengers and the integrity of the spacecraft during the journey to Proxima Centauri B.
How does the spacecraft prepare passengers for the higher gravity on the new planet?
The spacecraft initiates a gravity evolution spin sequence to prepare passengers for the higher gravity on the new planet, Elisia. By gradually increasing the artificial gravity on board the Helianthus, passengers can acclimate to the changing conditions and be better prepared for the higher gravity they will experience upon arrival at their destination. This process helps mitigate the physical challenges of transitioning to a new planetary environment.
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Summary
00:00
"Helianthus: Journey to Proxima Centauri B"
- The spacecraft, Helianthus, will travel at 4.24% the speed of light on a 100-year journey to Proxima Centauri B.
- The spaceship generates artificial gravity by spinning its outer ring at 1.9 rotations per minute to create 1G of gravity.
- The population on board the Helianthus will grow from 1,800 to under 4,500 during the journey.
- Bacteria on the spacecraft evolve rapidly in a closed-loop system, posing potential risks to human life.
- Time dilation occurs as the spacecraft travels at 4.24% the speed of light, affecting the aging process of passengers.
- The spacecraft navigates through the asteroid belt, with precautions taken to avoid collisions with asteroids.
- Strict reproduction guidelines are in place to maintain genetic diversity and prevent population collapse.
- The spacecraft is 0.424 light years from Earth, with a communication delay of 5 months and 1 day.
- The passengers adapt to the changing gravity and light conditions as they approach their destination, Proxima Centauri B.
- The spacecraft initiates a gravity evolution spin sequence to prepare passengers for the higher gravity on the new planet, Elisia.
16:17
"Helianthus: Journey's End on Planet Alysia"
- The spacecraft Helianthus is approaching the end of its 100-year journey to the new planet Alysia. It will decelerate by firing the spin thrusters in the opposite direction, perform a flip maneuver to point the engines towards Alysia, and undergo a 15-day deceleration burn at 1G to enter the planet's orbit.
- Upon arrival, the Helianthus will settle into a stable orbit around Alysia, where passengers will see Earth's sun in the sky due to its brightness. A ceremony honoring the ship's ancestors will be held, with 2,924 passengers passing away and 5,700 babies born during the journey. Communication with Earth will take 8.48 years, and passengers will use shuttles to assemble their new home base, the Elisian Fields, on Alysia.
