If you were traveling faster than light, it would probably in space, without gravity, so I dont think there would be much force on you.
G-forces have nothing to do with already existing gravitational forces. It is generated by the acceleration of an object, or the rapid deceleration in the case of Negative Gs. This is why gravitational forces in space can be made by spinning an object, such as a room or the area directly around it.
G-forces have nothing to do with already existing gravitational forces. It is generated by the acceleration of an object, or the rapid deceleration in the case of Negative Gs. This is why gravitational forces in space can be made by spinning an object, such as a room or the area directly around it.
In any weightless vaccum, like in space, the environmental g force will always be 0.
G force is acceleration in relation to the environment you are in. Space is a vaccum, therefore you cannot accelerate or decelerate using only the force of gravity, and as a result you cannot experience g force.
well, you would become unreal to the rest of the universe, and the rest of the universe would become unreal to you, if you were traveling faster than the speed of light. granted, you could still run in to something, you just wouldn't be able to see it.
According to General Relativityâ"I believeâ"time will halt when one or something reaches the velocity of the speed of light. So it would be quite hard to test what happens when faster than the speed of light.
You would just go being faster than light. Only correlation between that speed of travel is that time would actually slow down for you. So if you flew around Earth for roughly twenty years at that speed, you would age much more slowly than those on Earth.