Further examples of ''Machian'' effects of rotating bodies in general relativity.
Field equations for metric of stationary rotating bodies in general relativity
Brill, D. R.↗
Engineering topics
Brill, D. R.
Publications and source records attributed to Brill, D. R..
Extended gravitational theory, Mach principle and rotating masses
Red shift, inertial system rotation, Mach principle, and metric comparisons for gravitation theories
MACH INERTIA PRINCIPLE↗
Further examples of ''Machian'' effects of rotating bodies in general relativity
Machian effects of axisymmetric stationary rotating bodies in general relativity
Brill, D. R.↗
Rotating masses and their effect on inertial frames.
Rotating masses effect on inertial frames, analyzing stress energy tensor and Schwarzschild geometry
INERTIAL FORCE↗
Cartan frames and the general relativistic Dirac equation.
Dirac equation for spin-half particles in curved space-time formulated by using Cartan calculus, applied to treatment of neutrinos in homogeneous nonisotropic universes and plane wave geometries
CARTAN SPACE↗
Method of the self-consistent field in general relativity and its application to the gravitational geon.
Free-space einstein equations for concentrations of radiation held together by gravitational attraction, investigating gravity wave perturbations on background metric
GRAVITATIONAL FIELD↗
Electromagnetic fields in a homogeneous, nonisotropic universe.
Solution of einstein-maxwell equations, representing an homogenous nonisotropic universe filled with gravitational and electromagnetic radiation
ELECTROMAGNETIC RADIATION↗
General relativity - selected topics of current interest.
General relativity lectures concerning geometrodynamics and gravitational radiation, emphasizing geometrization and axisymmetric waves
COSMOLOGY↗
INTERACTION ENERGY IN GEOMETROSTATICS
Interaction energy in geometrostatics - geometrodynamic description of particles by topological features of empty space-time
GEOMETRODYNAMICS↗
INTERACTION ENERGY IN GEOMETROSTATICS
Geometrodynamical description of particles satisfying time-symmetric initial value equations of gravitation and electromagnetism
RELATIVITY THEORY↗