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| bio | website | |
|---|---|---|
| location | Los Angeles, CA | |
| age | 17 | |
| visits | member for | 8 months |
| seen | May 16 at 5:45 | |
| stats | profile views | 182 |
Undergraduate Physics major at UCLA.
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Feb 26 |
suggested | suggested edit on De broglie equation |
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Feb 26 |
comment |
Entropy change relation to the number of lost bits Sorry. I really don't have enough knowledge about this. Ignore what I said! |
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Feb 25 |
comment |
Entropy change relation to the number of lost bits "these entropy changes" What entropy changes are you referring to? My guess is you're referring to adiabatic, isothermal etc. I don't see why energy entropy should be related to computing entropy so directly. Also, you might be interested in en.wikipedia.org/wiki/Entropy_(computing) |
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Feb 25 |
revised |
De broglie equation grammar and concise |
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Feb 25 |
suggested | suggested edit on De broglie equation |
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Feb 25 |
comment |
X-ray diffraction (is it possible?) btw I'm very unknowledgeable about this topic so to be sure about the information please rely on the quotes and not on what I said , what I said was based on my understanding from the quotes... |
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Feb 25 |
comment |
X-ray diffraction (is it possible?) In a vague hand wavy intuitive sense, yes we can get entire information from X-ray scattering. We need the " angles and intensities of these diffracted beams"-en.wikipedia.org/wiki/X-ray_crystallography |
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Feb 25 |
revised |
X-ray diffraction (is it possible?) added 924 characters in body |
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Feb 25 |
revised |
Material strain from spacetime curvature latex \mathrm{} |
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Feb 25 |
answered | Solving systems of equations in dynamics |
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Feb 25 |
suggested | suggested edit on Material strain from spacetime curvature |
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Feb 24 |
comment |
Material strain from spacetime curvature your edit seems to have loaded, edited 5 minutes ago by you |
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Feb 24 |
comment |
Material strain from spacetime curvature try hitting the back button in your browser |
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Feb 24 |
comment |
X-ray diffraction (is it possible?) how big the lattice? did the links answer your question? |
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Feb 24 |
revised |
Time to emit electrons spelling fixed |
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Feb 24 |
comment |
Time to emit electrons Are you wondering whether it's experimentally possible to measure the time that an electron would take to be emitted from an atom if the energy got to the atom in a continuum way due to technological advances? If it isn't actually continuum in nature, we can't do it experimentally regardless of the technological advances. (though we might use computers to calculate...) |
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Feb 24 |
suggested | suggested edit on Time to emit electrons |
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Feb 24 |
suggested | suggested edit on Material strain from spacetime curvature |
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Feb 24 |
answered | X-ray diffraction (is it possible?) |
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Feb 24 |
comment |
How do you magnetize an object? Update: supermagnete.de/eng/faq/price The price of neodymium changes with time so be sure to check recent prices instead of using information from this old posts/comments. (The link shows the price fluctuation of neodymium during 2011, when this question was active)) |
