Exidor

Thanks for the information. It's very helpful.

Sorry, my error, I was confused about when they thought they had detected a tachyon. I misread it.

Check the news, they may have detected a tachyon at CERN. I have read about warp drive being a real possibility. There is also "Musha jump drive".

Wasn't there something in the news about tachyons at CERN recently? I guess if you detected one that would be an indication Einstein missed something. Quantum entanglement over a large distance might be a candidate. The current Cosmological model has some serious problems like dark matter and dark energy being undetectable. I don't see how an object wouldn't continue to accelerate after passing through the event horizon of a black hole. Is the escape velocity of a black hole C at the event horizon? Making any predictions based on my idea would be difficult and would take some time. Thanks for listening.

I had the unorthodox idea that inside a black hole C might be exceeded for in falling matter and pass into imaginary time. I base this on letting v exceed c in: 1/((1-(v^2/c^2))^(1/2)) If C can't be violated then colonizing the stars is next to hopeless. I don't personally believe that C is absolute. I know this would be a major inconvience for Physics in general. I would venture that at some point Einstein's may of thinking will be replaced just like Newton's was.