Results 271 to 280 of about 11,504,041 (312)

Towards a Tensor Product Structure-Grounded Mereology. [PDF]

Entropy (Basel)
Pasqualini M, Fortin S.
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In-orbit test of the weak equivalence principle with atom interferometry. [PDF]

Sci Adv
Zhang DF, Li JT, Wang WZ, Xu WH, Wei JY, Li X, Wang YB, Gao DF, Zhong JQ, Tang B, Zhou L, Li RB, Sun HY, Chen QF, Qin L, An MZ, Li ZF, Wang SQ, Guo XX, Tian Y, Yu XH, Zhong HE, Chen X, Wang J, Zhan MS.   +24 more
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Gravity Derived Classical General Relativity

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Summary of classical general relativity workshop

Pramana - Journal of Physics, 2004
This is a summary of the presentations at the parallel session in the classical general relativity workshop of the ICGC-2004.
Naresh Dadhich, Narayan Banerjee
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The logic of quantum mechanics derived from classical general relativity [PDF]

Foundations of Physics Letters, 1997
For the first time it is shown that the logic of quantum mechanics can be derived from Classical Physics. An orthomodular lattice of propositions, characteristic of quantum logic, is constructed for manifolds in Einstein's theory of general relativity. A
Hadley, Mark J.
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Classical experimental tests of general relativity

2022
Abstract Chapter 16, the final one in Part C, focuses on the tests of general relativity that can be carried out in the solar system. However, these tests are really tests of general relativity in the weak field regime, in which the gravitational effects are not significantly different from the corresponding Newtonian ones.
Ray d’Inverno, James Vickers
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Classical Tests of General Relativity

2020
The most iconic experimental tests of general relativity for weak gravitational fields are presented. Those include the classic 20th century observations of the the perihelion precession and the deflection of light by massive objects such as the sun as well as the 21st century detection of gravitational waves.
Reinhard Hentschke, Christian Hölbling
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Classical elementary particles in general relativity

Foundations of Physics, 1991
Elementary particles, regarded as the constituents of quarks and leptons, are described classically in the framework of the general relativity theory. There are neutral particles and particles having charges±1/3e. They are taken to be spherically symmetric and to have mass density, pressure, and (if charged) charge density. They are characterized by an
Mark Israelit, Nathan Rosen
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Heisenberg representation in classical general relativity

Il Nuovo Cimento, 1961
The energy of the gravitational field (as of any other system) is not always the numerical value of the Hamiltonian (for example, not in a Hamilton-Jacobi formulation). We define a classical « Heisenberg representation » which excludes Hamilton-Jacobi-like canonical transformations.
Arnowitt, R., Deser, S., Misner, C. W.
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