Trekmaster555
Ensign
How would Artifical and Anti Gravity work ? What are the theories behind it ?
How would Artifical and Anti Gravity work ? What are the theories behind it ?
What gets me is this, gravity is whats keeping us on the surface of the Earth and what stops us from flying of as it spins at super speeds, a space shuttle heading into space has the luxury of still having inertia, much like when we jump off the ground the Earth doesnt suddenly fly away from us beneath our feet because of inertia, when we jump we're still travelling at the same speed as the Earth. So what happens to a ship when you activate inertial dampeners and anti-gravity whilst on the Earths surface ready to take off? wouldnt the Earth suddenly shoot beneath the ship at a speed up to 1,038 miles per hour? a building a couple of miles away would suddenly wack straight into the ship, and even if the ship was high in the sky the activation would cause 1,038 miles per hour atmospheric winds.
What gets me is this, gravity is whats keeping us on the surface of the Earth and what stops us from flying of as it spins at super speeds, a space shuttle heading into space has the luxury of still having inertia, much like when we jump off the ground the Earth doesnt suddenly fly away from us beneath our feet because of inertia, when we jump we're still travelling at the same speed as the Earth. So what happens to a ship when you activate inertial dampeners and anti-gravity whilst on the Earths surface ready to take off? wouldnt the Earth suddenly shoot beneath the ship at a speed up to 1,038 miles per hour? a building a couple of miles away would suddenly wack straight into the ship, and even if the ship was high in the sky the activation would cause 1,038 miles per hour atmospheric winds.
What gets me is this, gravity is whats keeping us on the surface of the Earth and what stops us from flying of as it spins at super speeds, a space shuttle heading into space has the luxury of still having inertia, much like when we jump off the ground the Earth doesnt suddenly fly away from us beneath our feet because of inertia, when we jump we're still travelling at the same speed as the Earth. So what happens to a ship when you activate inertial dampeners and anti-gravity whilst on the Earths surface ready to take off? wouldnt the Earth suddenly shoot beneath the ship at a speed up to 1,038 miles per hour? a building a couple of miles away would suddenly wack straight into the ship, and even if the ship was high in the sky the activation would cause 1,038 miles per hour atmospheric winds.
No, you wouldn't fly off,
What gets me is this, gravity is whats keeping us on the surface of the Earth and what stops us from flying of as it spins at super speeds, a space shuttle heading into space has the luxury of still having inertia, much like when we jump off the ground the Earth doesnt suddenly fly away from us beneath our feet because of inertia, when we jump we're still travelling at the same speed as the Earth. So what happens to a ship when you activate inertial dampeners and anti-gravity whilst on the Earths surface ready to take off? wouldnt the Earth suddenly shoot beneath the ship at a speed up to 1,038 miles per hour? a building a couple of miles away would suddenly wack straight into the ship, and even if the ship was high in the sky the activation would cause 1,038 miles per hour atmospheric winds.
No, you wouldn't fly off,
I didnt ask if we'd fly off, what I was saying is, by cancelling out gravity and inertia shouldnt the ship suddenly stop where it was in space whilst the planet continued to spin and move around the sun, one minute theres a house 2 miles away the next minute the house has slammed into you at 1,038mph.
I have often wondered, if you could somehow "cancel out" gravity beneath you, would the centrifugal force of Earth's rotation throw you up in the air suddenly?
Anti-gravity is easy. You just stick a piece of buttered toast (which always land butter side down) onto a cat (which always lands on its feet) and voila!![]()
Anti-gravity is easy. You just stick a piece of buttered toast (which always land butter side down) onto a cat (which always lands on its feet) and voila!![]()
like a centrifuge, just like Clarke's Discovery One or one of those gravitron rides at the amusement park.
2001 would work in even the darkest, loneliest corner of the cosmos.
What's more (and as a freebie answer to the three or four folks who asked it) the gravitational waves travel through space at the speed of light.
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