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| bio | website | cedrich.net |
|---|---|---|
| location | Geneva, Switzerland | |
| age | 27 | |
| visits | member for | 2 years, 6 months |
| seen | Jan 2 at 21:18 | |
| stats | profile views | 446 |
Physicist / Computer scientist mainly working with C++.
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Nov 14 |
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Evolution in the interpretation of the Dirac equation I meant "wave equation" to mean "not a field equation". I'll have a look at your references, thanks. |
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Nov 12 |
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Why don't spinning tops fall over? At some point you will have to do the math ... |
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Nov 12 |
asked | Evolution in the interpretation of the Dirac equation |
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Nov 12 |
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Where do atoms go after collision? Your question is now unreadable ... |
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Nov 12 |
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Material resistency to lasers beam So it's not the duty cycle but the peak power. Duty cycle is "time on" over "total time". |
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Nov 12 |
accepted | Mathematica to help for an Hamiltonian problem |
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Nov 12 |
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Mathematica to help for an Hamiltonian problem Thanks, it is not exactly what I was looking for but it might do the trick. About the tags: these two can be made synonyms. |
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Nov 11 |
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Quantum Field Theory cross sections integrals +1: great link ! |
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Nov 11 |
answered | Does anything exist in the intergalactic space? |
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Nov 11 |
revised |
What determines the color of a pure substance and is it possible to predict it? edited tags |
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Nov 11 |
revised |
What is the fallacy in this infinite motion machine? deleted 79 characters in body |
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Nov 11 |
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How neutron stars burn ? Is it decay or fusion or something else? It doesn't burn. |
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Nov 10 |
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Why doesn't the bike fall if going with a high speed? @Adrian: you are saying "inertia" because... there is no force... In the case of the rope, the rope is providing a centripetal force. |
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Nov 10 |
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Why doesn't the bike fall if going with a high speed? just to be a bit provocative: You are standing upright on your bike, you violently lean on one side, just at the beginning what is the direction of the centrifugal force ? |
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Nov 10 |
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Why doesn't the bike fall if going with a high speed? Then you should thought of reading wikipedia in more details. And this: "you get centrifugal force (as oneat correctly pointed out)" is in no way true: imagine yourself in the inertial frame moving with the bike: no speed, so what ? @Davis answer is short but correct. |
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Nov 10 |
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Why doesn't the bike fall if going with a high speed? This is a very misleading answer: there is no "centrifugal force", just a centrifugal pseudo-force in a rotating frame. When you look at a bike you generally do not consider a rotating frame, and even if you do, how would you relate the rotational speed of the frame, leading to a centrifugal term to the speed of the bike ? |
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Nov 10 |
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Why do we automatically assume that the velocity vector $\vec{v}$ and location vector $\vec{r}$ are independent? And think about real cases as in the first part of my answer. You can then easily deduce if v is independent of x or not. |
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Nov 10 |
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Why do we automatically assume that the velocity vector $\vec{v}$ and location vector $\vec{r}$ are independent? Just forget about all these things about the link between v and x. I think there is a big confusion about all this in your question. Start from the basics and try to understand the second part of my answer. |
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Nov 10 |
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Simple three-body-problem? Solution to a three-body problem exist when the three bodies are aligned as in your example. |
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Nov 10 |
revised |
Quantum Field Theory cross sections integrals Latex and tags |
