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network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 2 years, 5 months |
| seen | 20 hours ago | |
| stats | profile views | 59 |
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Mar 20 |
awarded | Critic |
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Jan 26 |
accepted | Homogeneous gravitational field and the geodesic deviation |
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Jan 21 |
comment |
Homogeneous gravitational field and the geodesic deviation In the weack limit this solution will be similar to a homogeneous newtonian field? I know a solution: $ds^2=(1-8gz)^{-1/4}dt^2-(1-8gz)^{1/2}(dx^2+dy^2)-(1-8gz)^{-5/4}dz^2$, which has a non-zero curvature, and proceeds under this condition $8gz \ll 1$ in a homogeneous Newtonian gravitation field. |
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Jan 20 |
comment |
Homogeneous gravitational field and the geodesic deviation What do You mean by the term "zero field"? Do you know any solution in vacuum for the case of infinite uniform massive layer? |
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Jan 20 |
comment |
Homogeneous gravitational field and the geodesic deviation But what about special case of homogenous source - infinite homogeneous flat layer? In the Newtonian case, the field of such a source is homogeneous. It looks like it will be the same in GR. |
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Jan 20 |
comment |
Homogeneous gravitational field and the geodesic deviation I read an article (in Russian) that said that the gravitational field of an infinite homogeneous flat layer - is homogeneous, and the components of the curvature of the field is not equal to zero. This solution, as it says, with some change of coordinates, reduces to the solution of Taub |
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Jan 20 |
asked | Homogeneous gravitational field and the geodesic deviation |
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Aug 28 |
accepted | If LHC searches of a Higgs boson won't be a success, what consequences for the theory of electroweak interaction it can bear? |
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Aug 2 |
accepted | The quantum-mechanical description of an electron motion in a magnetic monopole field |
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Jun 23 |
awarded | Yearling |
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May 30 |
asked | What is the potential of the field? |
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May 24 |
revised |
Gravimagnetic monopole and General relativity added 10 characters in body |
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May 24 |
revised |
Gravimagnetic monopole and General relativity added 413 characters in body |
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May 24 |
asked | Gravimagnetic monopole and General relativity |
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Mar 16 |
awarded | Nice Question |
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Mar 16 |
accepted | Does a charged particle accelerating in a gravitational field radiate? |
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Mar 16 |
asked | The quantum-mechanical description of an electron motion in a magnetic monopole field |
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Mar 11 |
accepted | Quantum entanglement of spin along multiple orthogonal axes |
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Mar 11 |
comment |
Quantum entanglement of spin along multiple orthogonal axes @ Frédéric Grosshan It is strange to me, that spin does not conservate. What does it happen for total system, which consist of SG{+z}+entangled pair+SG{+x}? Does it mean the total system spin will not concerve? |
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Mar 11 |
comment |
Quantum entanglement of spin along multiple orthogonal axes tnks for clarifing my question. |
