Anonymous
9/3/2025, 4:38:12 AM
No.41017235
>>41017765
>>41017771
>>41017918
>>41017922
>>41018435
>>41020313
>>41021383
>>41021537
>>41021568
>>41021589
>>41021607
>>41021793
>>41021814
>>41022255
>>41022837
There are no aliums. Not on earth, at least. Interstellar travel is impossible.
Reason: people never take energy required into account whenever they talk about ways to travel long distances in space. They also don't consider the mass and gravity of the required energy.
The warp bubble is really rearranging energy equivalent to Jupiter, in its most optimal state. More if it's less than optimal. Which means that the spaceship would have to have an energy field that has the same mass as Jupiter, and therefore also the same gravity. Anyone inside the ship would be crushed by the sheer gravity of their bubble.
A ship traveling inside a warp bubble would wreak havoc on any solar system it passes through, because the gravity of the bubble is still felt outside of it. The Alcubierre drive arranges the bubble to be locally flat spacetime, supposedly protecting them from the gravity of their own warp bubble. However, once you return to regular spacetime, the energy of your bubble would collapse into a black hole, and crush the entire ship and everyone inside it.
Similar problems come with pretty much any hypothetical methods for interstellar. The second you ask about energy requirements, you immediately hit world-ending requirements. Light speed, for example. Requires infinite energy. And therefore the ship's energy source will have infinite gravity.
Reason: people never take energy required into account whenever they talk about ways to travel long distances in space. They also don't consider the mass and gravity of the required energy.
The warp bubble is really rearranging energy equivalent to Jupiter, in its most optimal state. More if it's less than optimal. Which means that the spaceship would have to have an energy field that has the same mass as Jupiter, and therefore also the same gravity. Anyone inside the ship would be crushed by the sheer gravity of their bubble.
A ship traveling inside a warp bubble would wreak havoc on any solar system it passes through, because the gravity of the bubble is still felt outside of it. The Alcubierre drive arranges the bubble to be locally flat spacetime, supposedly protecting them from the gravity of their own warp bubble. However, once you return to regular spacetime, the energy of your bubble would collapse into a black hole, and crush the entire ship and everyone inside it.
Similar problems come with pretty much any hypothetical methods for interstellar. The second you ask about energy requirements, you immediately hit world-ending requirements. Light speed, for example. Requires infinite energy. And therefore the ship's energy source will have infinite gravity.