you could try telling us where he was right and einstein was wrong. The bit that Einstein objected to, namely the undeterministic bit of QM (since QM is actually completely deterministic apart from this one bit) looks like it is strapped on, doesn't fit really with the rest of it, and I can fully see why he objected to it, especially given the nature of the area at the time.
Bohr came up with the best method(s) of measuring the height of a tall building using a barometer.
but anyway, while what Bohr did was revolutionary, QM was rather a mess of ideas until Dirac came along and made it look pretty.
the direction of time can be demonstrated with a simple two word axiom:
shit happens.
this is obviously true, and has an inherent link with entropy, which is a subset of, and can derived from the two word axiom above.
I will go into a more complete demonstration of this later, when I have time to type it up.
The minimum size that has any meaning is the planck length, though this is only current theory and hence subject to change.
as for indestructible particles, no. all particles apart from photons, have an antiparticle, and can be destroyed when they interact.
if you said this, then you could define allsorts of things to be white holes. the reason black holes are black holes are because they are specific types of objects where the gravity is so high that light cannot escape.
it explains nothing and there is no reason to suggest it. It doesn't follow consistently with any theory I have seen and has no merits. I can't even think of anyway to get off topic and turn it into a proper science thread, so I am moving this to pseudoscience.
studies of vitamin supplements show that they do very little, and some of the synthetic vitamins have such a low uptake into the body, that you would be better not bothering. The key to being healthy, as has been said before, is to just eat properly in the first place - which is clearly a problem; the American obesity problem is not caused by lack of vitamins now is it?
well strictly the hole itself doesn't since nothing can escape once it has passed over the EH.
If you take the virtual particle argument (because I don't know any other) then they are created in the vincinity of the hole just outside the EH, and some escape the hole's pull.
well the two phenomenon are entirely different, and not really comparable. besides, if he is describing a star, it would be just as easy to call it "a star"
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