
I study physics, e does in fact equal mc squared in general relativity, but due to noise it is rarely perfectly accurate.
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Mon 1 Dec 2003, 7:59,
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I'm pretty sure there is.
Please tell me the equation, I don't feel like digging through my books :)
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Mon 1 Dec 2003, 8:01,
archived)
Please tell me the equation, I don't feel like digging through my books :)

as long as the particle is weightless (like a photon) or perfectly still
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Mon 1 Dec 2003, 8:06,
archived)

I'm doing a masters, so I'd be pretty upset if what they're teaching me is wrong ... e=mc squared is the rest energy of a particle, so therefore no momentum factor is in it. Momentum when it's moving, obviously. Yeah, therefore the p :-)
EDIT: e=mc^2 for a photon ; wouldn't that be zero?
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Mon 1 Dec 2003, 8:06,
archived)
EDIT: e=mc^2 for a photon ; wouldn't that be zero?

we were both right :)
I'm doing a master's in electrical engineering. :)
edit:
I think that's why they're trying to come up with quantum relativity
neither works in the other's domain
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Mon 1 Dec 2003, 8:07,
archived)
I'm doing a master's in electrical engineering. :)
edit:
I think that's why they're trying to come up with quantum relativity
neither works in the other's domain

actually, the thing uni's taught me most profoundly is:
1) long-distance relationships do not work
2) take full advantage of student bar prices
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Mon 1 Dec 2003, 8:18,
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1) long-distance relationships do not work
2) take full advantage of student bar prices

I haven't learned either of those
of course the second isn't applicable...
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Mon 1 Dec 2003, 8:19,
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of course the second isn't applicable...

- being as Quantum Physics seems to be the presiding order of things thesedays, then even an atom is not just an atom it is much more than that. I love the subject but I've never studied it, I read a book called Shrodiger's Cat or something like that and that was very informative.
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Mon 1 Dec 2003, 8:08,
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I never finished the last couple of chapters
If I wasn't taking a quantum mechanics class at the moment, I'd be tempted to go dig it out and read the rest
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Mon 1 Dec 2003, 8:10,
archived)
If I wasn't taking a quantum mechanics class at the moment, I'd be tempted to go dig it out and read the rest