If I type in any equation for acceleration due to gravity, I can look and see that it will eventually become bigger than 186,000 miles per second. So, what's stopping the acceleration from being faster than light if the principal of the curvature of the fabric for space allows matter to follow a path that would do so? Your not adding kinetic energy to the system, your just converting the potential energy into kinetic energy via changes in gravitational potentials, the energy to travel faster than light is already there, and gravitational fields themselves don't lose energy through interaction, so there's your technical infinite energy supply.(adsbygoogle = window.adsbygoogle || []).push({});

Also, what about black holes? We have no idea what goes on inside a black hole itself, for all we know they might not even be part of the universe and therefore are not subject to all the rules of the universe. Couldn't one of those super-massive black holes be so big that there's a big enough gravitational well to accelerate past light? I mean I read in long chapter book just called "Black Holes" that it would take days for in-falling matter to reach the singularity, surely that would be enough time for very high gravity to accelerate something that much...

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# Couldn't you accelerate past light by means of gravitational acceleration?

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