Recent content by Aeodyn

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    Graduate Hawking Radiation: Does it Really Shrink Black Holes?

    The absorbed particle.
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    Graduate Hawking Radiation: Does it Really Shrink Black Holes?

    Oh... Did not see that bit! Just wondering, why does it have - energy?
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    Graduate Hawking Radiation: Does it Really Shrink Black Holes?

    Sorry, I meant the black hole shrinking in gravitational pull. Even if they don't annihilate. (That was just my understanding.)
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    Graduate Hawking Radiation: Does it Really Shrink Black Holes?

    I read about Hawking Radiation a while ago (Scientific American?), and just thought of something that seems to not agree with it: Unless my memory is wrong, then at the event horizon the virtual particle pairs of the "vacuum" are split, and the anti-particle falls into the black hole, and the...
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    Graduate How does the energy and time dilation of objects moving at high speeds work?

    It actually DOES matter what is observing it, as of energy = matter = curve-of-spacetime. the reason an object cannot move past the speed of light, why it takes more and more energy to speed it up the faster it goes, why A = F/M is wrong, is that the more energy something has, the heavier it is...
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    Graduate How does the energy and time dilation of objects moving at high speeds work?

    What if the observed object had a clock on it? It would measure time depending on it's observed energy level, observed by which observing object?
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    Graduate How does the energy and time dilation of objects moving at high speeds work?

    Ah...:smile: But if you have another object, in between the other two, then is one of the objects energy determined by using both of the other 2 as a reference frame, or just one, and which?
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    Graduate How does the energy and time dilation of objects moving at high speeds work?

    Say an object between each, in the middle.
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    Graduate How does the energy and time dilation of objects moving at high speeds work?

    :-p But what about the second scenario?
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    Graduate How does the energy and time dilation of objects moving at high speeds work?

    Assume you have two objects, with nothing else, moving directly away from one another, each at 51% of the speed of light. But, from the frame of reference of one object, the other is going 102% of c, an impossibility. How does this work? And: Those same two objects, which has more energy...