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network profile
| bio | website | |
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| location | ||
| age | ||
| visits | member for | 1 year, 9 months |
| seen | 10 hours ago | |
| stats | profile views | 867 |
Actress with an interest in the philosophy of science.
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Mar 27 |
answered | How long can you survive 1 million degrees? |
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Mar 27 |
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General Relativity exact analytical solutions @JerrySchirmer: Not that I'd do anything with the information, but what are these pathologies? How do these spacetimes look unphysical? |
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Mar 27 |
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General Relativity exact analytical solutions @JerrySchirmer: Like $g_{\mu\nu}(x)=\eta_{\mu\nu}$ and trivial bogus like that :D |
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Mar 27 |
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General Relativity exact analytical solutions en.wikipedia.org/wiki/Exact_solutions_in_general_relativity |
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Mar 27 |
answered | Which units has the relation $E=mc^2$? |
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Mar 26 |
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Inner Product Spaces @joshphysics: I'm a physicist and I like my bras to be curved. Okay, too easy. |
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Mar 25 |
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How is gradient the maximum rate of change of a function? You've just taken the englisch grammar out of the title. |
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Mar 25 |
revised |
“as measured in a local Lorentz frame”? added 53 characters in body |
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Mar 25 |
answered | “as measured in a local Lorentz frame”? |
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Mar 24 |
answered | Derivative of covariant EM tensor |
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Mar 23 |
revised |
What is a dual / cotangent space? added 532 characters in body |
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Mar 23 |
revised |
What is a dual / cotangent space? added 532 characters in body |
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Mar 23 |
answered | What is a dual / cotangent space? |
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Mar 22 |
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Classical scattering of two particles by a Yukawa potential @MichaelBrown: I have no idea regarding the integral in the impact parameter link and I don't know how to directly put up the equation of motion since the particle $B$ will be accelerated too giving a super nonlinear potential $\frac{\exp{(-|\Delta r(t)|/\lambda)}}{|\Delta r(t)|}$ . |
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Mar 21 |
revised |
Classical scattering of two particles by a Yukawa potential deleted 22 characters in body |
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Mar 21 |
asked | Classical scattering of two particles by a Yukawa potential |
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Mar 21 |
revised |
Integration by parts to derive relativistic kinetic energy added 45 characters in body |
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Mar 21 |
answered | Integration by parts to derive relativistic kinetic energy |
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Mar 21 |
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Probability amplitude in Layman's Terms Whatever is mathematically proven must be w.r.t. some postulates and these are not stated. Also, there are the observable who's probabilities sum to 100% (namely the probability to be in any of a total set of eigenstates) and in this sense it's just probability theory with complex dynamics under the hood. I still don't think this is an inappropriate formulation. |
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Mar 21 |
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Probability amplitude in Layman's Terms @user9886: The integrals involving position operators are layman's terms? |
