meta user
network profile
| bio | website | http://-- |
|---|---|---|
| location | Belgium | |
| age | 23 | |
| visits | member for | 2 years, 6 months |
| seen | May 7 at 12:52 | |
| stats | profile views | 77 |
Physics Student at the University of Antwerp
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Mar 31 |
comment |
Aharonov-Casher effect for charged particles Thanks for clearing up my confusion! |
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Mar 28 |
comment |
Aharonov-Casher effect for charged particles If I understand correctly, you say the A-C effect "works" only on particles with anomalous magnetic moment, but reading the original A-C paper it seems any magnetic moment will do. Which is it? |
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Mar 12 |
answered | Mechanical Waves |
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Mar 11 |
revised |
Aharonov-Casher effect for charged particles added 233 characters in body |
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Mar 11 |
asked | Aharonov-Casher effect for charged particles |
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Feb 25 |
revised |
Crystal magnetic response only skin deep? TeX'd cross product and minor spelling/typos |
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Feb 25 |
suggested | suggested edit on Crystal magnetic response only skin deep? |
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Jan 2 |
comment |
Heisenberg Uncertainty Principle scientific proof In this case though, the Uncertainty Principle is a physical consequence of the mathematics used to describe physics (operators of position and momentum and their relation: the Fourier transform). So one could argue that within the framework of Quantum theory, there is definite proof of the uncertainty principle. The theory is then validated by various experiments, which can only go as far as to (not) contradict theory. |
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Dec 17 |
awarded | Tumbleweed |
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Dec 10 |
asked | What is the link between the density matrix and Hestenes' spinors in geometric algebra? |
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Dec 4 |
comment |
Is there record of a bosonic Stern-Gerlach measurement? And Orbital Angular Momentum is not spin at all. By a long shot. |
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Dec 4 |
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Is there record of a bosonic Stern-Gerlach measurement? Of course Stern-Gerlach doesn't work on photons. But it does on deuterium, and the link by @Richard links to birefringence in crystals, which spatially separates photons per spin state. |
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Dec 4 |
awarded | Citizen Patrol |
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Dec 4 |
comment |
Do new universes form on the other side of black holes? @namehere: I never said I believed my reference to be (in)correct. I believe it does not tell the whole story. The reason I say the crux of the question is unanswerable is because all there currently is now is a very approximate black-hole theory based on exact solutions of the GR equations. Apart from that, nothing can be said for certain until an experiment verifies the prediction at least up to experimental error. |
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Dec 4 |
comment |
Do new universes form on the other side of black holes? I did not quote any specific reference because as far as I can tell, every other paper says something different, which leads me to conclude the whole isn't finished quite enough to answer this question with a strict yes or no. Heck, if you look at it like that, in its current form, the question is unanswerable, in part because no-one has observed anything to prove things one way or another. |
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Dec 4 |
comment |
Do new universes form on the other side of black holes? @namehere: I am not google, nor a GR expert. The fact that a theory admits such an interpretation is not at all proof of the concept, so I cannot give a yes or no. The problems it causes are somewhat explained here: ift.unesp.br/users/jpereira/views/view1.pdf |
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Dec 4 |
answered | Do new universes form on the other side of black holes? |
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Dec 4 |
asked | Is there record of a bosonic Stern-Gerlach measurement? |
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Dec 4 |
awarded | Caucus |
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Dec 4 |
awarded | Constituent |
