- #1
ocalhoun
- 8
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If I were able to get a particle with mass to tunnel through a superconductor (for the sake of having a point, a long, thin, cylindrical one), would that mass's travel through the superconductor have the same equal-but-opposite-reaction effect as the same mass if it were accelerated to such speed by other means? I realize that the particle would return to it's original speed when it left the superconductor, but would it effect the momentum of whatever the superconductor was mounted on while going through the superconductor?
I (perhaps mistakenly) understand that particles (usually electrons) travel through superconductors instantly, the speed of light non-withstanding.
If both of the above mentioned things are true, then this would be a way to propel a vessel faster than the speed of light, yes?
I (perhaps mistakenly) understand that particles (usually electrons) travel through superconductors instantly, the speed of light non-withstanding.
If both of the above mentioned things are true, then this would be a way to propel a vessel faster than the speed of light, yes?