Terms: Gravitational Energy Density (482), gravitational energy (111000), kinetic energy density (6070), pressure density (66500), mass density (321000), cosmological constant (281000), magnetic gradient force (12),
Boolean: "gravitational energy" AND "general relativity" (10900), Newtonian AND perihelion AND Mercury (12300),
Revised dynamics or dark matter in galactic scales - Y. Sobouti
Gravitational Energy Density at the Earth's surface
Fluctuations of the gravitational energy density
Terms: matter energy (5140000), gravitational energy (111000), local energy density (2290), gravity-electro-magnetism (2240), vacuum Bernoulli equation (7), vacuum Bernoulli effect (7),
[gr-qc/9401012] A Proposal of Positive-Definite Local Gravitational Energy Density in General Relativity
Terms: energy momentum tensor (40300), gravitational Lagrangian density (7), self-gravity (16100), gravitational self-energy (1090), gravity-velocity relation (18), gravity velocity (5020), massive graviton (981), massless graviton (650),
On The Distribution Of Gravitational Energy In The De Sitter Space - Maluf - The definition of gravitational energy is a long-standing problem in the theory of general relativity.
Am. J. Phys., Vol. 49, No. 6, June 1981 Pages 564 - 569 Where is the energy stored in a gravitational field? P. C. Peters
Deptartment of Physics FM-15, University of Washington, Seattle, Washington 98195 - The meaning and location of energy density in gravitational fields is considered in analogy with the energy density in electrostatic fields. The fact that energy density of gravitational fields acts as a source of gravitation makes the localization, in principle, an observable possibility. A nonlinear Newtonian theory of gravity is explored, and the sensitivity of the predicted perihelion precession to the location of energy density is discussed. Problems associated with identification of gravitational energy density in general relativity are pointed out, together with the similar effects generated by gravitational stresses. Comparison with the nonlinear Newtonian theory allows one to determine the various effects which contribute to the general relativistic perihelion precession.
CSA - Hot Topics
Astron. Astrophys. 332, 809-813 (1998) - The shape of magnetically induced warps
Mapping Magnetic Fields in the Cold Dust at the Galactic Center - regions that are dense enough such that the gravitational energy density is greater than the energy density of the magnetic fieldregions that are dense enough such that the gravitational energy density is greater than the energy density of the magnetic field
Supernovae and Neutron Stars - The neutrons further enhance the gravitational energy density until there is a sudden chain reaction producing a supernova