Views : 481,856
Genre: Education
Date of upload: Jan 11, 2024 ^^
Rating : 4.774 (983/16,444 LTDR)
RYD date created : 2024-04-29T19:33:16.243047Z
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Top Comments of this video!! :3
What's interesting about Mercury, is that it rotates around it's axis so slowly that you can "outrun" the sunrise, as long as you move faster than ~11 km/h. So it might be possible to create a moving base that always stays in it's twilight, where the surface temperature is somewhat pleasant. (It goes from -173ÂșC on the night side to 427ÂșC on the day side.)
Dutch author Tais Teng actually wrote an excellent sci-fi novel about this idea (_400 Graden in de Schaduw_, or "400 Degrees in the Shadow"). I don't think it ever has been translated, but it's a big recommend if you ever are in the situation to read it.
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One issue I never see addressed in these types of videos ... increasing the amount of energy arriving at earth should upset the energy balance considerably. Directing near 100% of the sun's energy to earth, even if transformed into something other than sunlight, is still going have to go somewhere. We would have to be able to dramatically increase the amount of energy the earth sheds as well.
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you made a mistake at 6:35. 1kmÂČ is 1million mÂČ. so 35000 people per 1kmÂČ would mean that each person would have 28 square meters, not 3 square centimeters
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6:38 How on earth did you get that 35k people per km2 means 1 person per 3 cm2? There are one MILLION square metres in a square kilometre. It's actually one person per 28.6 m2.
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One idea that I've thought of (and actually employed in Kerbal Space Program a few times) is to make a giant solar farm on the surface of Mercury and have a massive beam that converts the solar energy into microwaves and beam them to the Moon, then to Earth. A side-effect I could see with that is creating massive invisible beams of death in space. A wandering spacecraft that stumbled into the beam wouldn't have a very good time.
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6:36 thats quite the miscalculation manđ
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But you forgot to consider the asteroids, comets, Coronal Mass Ejections, solar flares, solar storms, gravity of planets, the disruption of orbit by a nearby passing star, fluctuations in temperature, possible material and component failures and the maintenance. I would suggest considering the trojan locations in the Earth's orbit. They are gravitationally stable and would require little adjustments over the years. We know the science of trojan asteroids in the orbit of Jupiter and the Lucy spacecraft is going to dive deeper for that matter, so that might help as well.
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@wlockuz4467
3 months ago
The fact that the Dyson Sphere was actually inspired by a sci-fi novel goes to show that its not the knowledge that inspires ideas, its the imagination. To me that's absolutely beautiful.
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