Great thought.
Yeah but how do you get back?
Jump on a wave the other direction.
Do they move in different directions that reliably?
Sure. Find any two supermassive binary objects orbiting each other. Their orbits creates a wave in phase and parallel to their rotational plane. This is a very common arrangement. The bigger the masses, the bigger the waves. They will not diminish with distance.
Alternatively, quasars may also produce such waves, but smaller.
No you can't you fuck wit. Do you know how fucking small gravitational waves are?
Sure. But the real issue is can they be amplified? If e=mc2, then m=e/c2. With mass interpreted as a function of energy in terms of electon volts, it may be possible couple and syncronize wave propagation with a constructive pattern that adds to the initial gravitational wave. When we figure that out, then the size of the gravitational waves reaching us would be less relevant to the amount of mass-energy we could constructively add to them. How was that not obvious from my original post?
But we can't.
Maybe you can't...
It's dreams of outer space land
You, sir, are on the right path. Everything in the universe is a frequency (vibration). If we can find the right frequency, we can control it.
I heard a brown note makes you poop. We shall control when you poop. All of your shits are belongs to us.
(post is archived)