Imagine 2 super-strong magnets in a vacuum chamber. They're polished to a mirror fininsh and mounted in a frame that allows them to be brought together without touching At some very close proximity, the magnetic force between them becomes so strong that virtual particle pairs in the gap are torn apart before they can recombine. Positively charged particles are drawn in one direction and negatively charged ones in the other. A wire connects the 2 magnets and an inline meter begins to measure a current. Plausible scenario? Have I just revolutionized the world? ;-)
2006-09-23
07:43:56
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3 answers
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asked by
AmigaJoe
3
in
Science & Mathematics
➔ Physics
*lonely*
-I've considered all that.
1. Magnet structural strength-theoretical, depends of field intensity necessary
2. Do the experiment in space for best possible vacuum OR cool the chamber til the air liquifies and drain it out=Good vacuum
3. Yes, I know the surface would be eaten away by antiparticles. The question is how fast before efficiency degrades too much. The faces would have to be replaceable as well as gamma/x-ray shielding
-The real point is you would be generating energy from NOTHING. Everything else is engineering.
4. Quantum mechanics indicates free space energy densities are ENORMOUS
2006-09-23
14:20:36 ·
update #1