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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 | 447 |
Physicist / Computer scientist mainly working with C++.
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Dec 25 |
accepted | What is jet quenching and how far can the hydrodynamic analogy go? |
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Dec 23 |
asked | What is jet quenching and how far can the hydrodynamic analogy go? |
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Dec 14 |
comment |
The Concepts of Path Integral in Quantitative Finance As there's a few votes to reopen and a great answer, I reopened. |
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Dec 11 |
awarded | Quorum |
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Dec 8 |
revised |
Is crystal momentum really momentum? added 265 characters in body |
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Dec 8 |
answered | Is crystal momentum really momentum? |
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Dec 5 |
revised |
An Introduction to particle acceleration and particle accelerator Corrected the link |
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Dec 5 |
answered | An Introduction to particle acceleration and particle accelerator |
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Dec 5 |
revised |
An Introduction to particle acceleration and particle accelerator Tags |
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Nov 29 |
awarded | Enlightened |
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Nov 29 |
awarded | Nice Answer |
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Nov 26 |
comment |
Hubble's law and conservation of energy @Marek: If one does'nt know about time symmetry, it is almost impossible to consider that just reading your (correct) answer. |
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Nov 24 |
comment |
Rope tension question OK but a tensor is not a matrix... |
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Nov 24 |
comment |
The Impossibility of Solving $N$-Body Problem @Ngu: strange definition of analyticity. |
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Nov 23 |
comment |
What's with the very slightly larger mass of the neutron compared to the proton? @Frederic: Yes I would, in a process called $\beta^+$, which is energetically acceptable because it appears in a bound state (a nucleus) and the binding energy has to be considered. I meant that it is incorrect because of the "is": a neutron "is" a proton and an electron, meaning something like a intimately bound state or something like that. |
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Nov 23 |
awarded | Nice Question |
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Nov 21 |
comment |
Resonance in a gravitational field? "Resonance in a gravitational field" makes me thing about that: en.wikipedia.org/wiki/Orbital_resonance . But your question is strangely stated.. |
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Nov 21 |
comment |
Gravity and Collision of two continuous mass distributions @Rajesh: At first your question was not clear at all... I interpreted by "point mass" a geometrical point affected with a mass. A classical scattering problem like the one of a charged point-like particle. |
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Nov 20 |
comment |
Gravity and Collision of two continuous mass distributions I think you are all going too far with this black hole thing, my opinion is that he is just asking the different between the scattering of point-like particles and the scattering of spheres; this can be treated due to gravitational or electrostatic interactions (if the spheres are charged). No big deal with GR. Unless the question is very very strange ... |
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Nov 19 |
comment |
Wi-Fi in the presence of very strong magnets? The frequencies at least have to be in a similar range. |
