Buzzer
Languidly Clinical
- Oct 1, 2006
- 26,121
This is all hypothetical as we don't understand the physics of space nearly as well as we think we do!
But for example in theory it would be possible to travel as fast as the speed of light in a massless spaceship by taking the m out of e=mc2. In space the speed gained by acceleration is barely lost, so it would not take as much energy as you would think either - in theory even a moped engine could reach the speed of light, although it would take a very, very long time.
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Sorry but I'm going to have to take you to task here. That's extremely bad science.
It's very well established that any object travelling at c or near c has infinite or near infinite mass and therefore requires infinite or near infinite energy. Infinity is as much as I can think...and then some.
Your comment that this can be bypassed theoretically with massless objects is meaningless. It's simply not possible for objects bigger than the sub-atomic particles. Your comment is as irrelevant as arguing a position by saying "my granny hasn't got balls but if she did then..." as Brady so wonderfully put it.
A massless object would require no energy anyway as the equation would reduce to e=0.
I'm genuinely interested in hearing your reply as I have a degree in theoretical physics.