
Accession Number : AD0702427
Title : LORENTZ INVARIANCE IN A GRAVITATIONAL FIELD,
Corporate Author : RAND CORP SANTA MONICA CALIF
Personal Author(s) : Kirkwood,Robert L.
Report Date : FEB 1970
Pagination or Media Count : 39
Abstract : Interpretation of gravity in terms of an ether flow makes it possible to separate the metric coefficients which describe the intrinsic properties of space and time from those that describe the gravitational field. This separation, in turn, suggests a largescale invariance in the gravitational field which is quite similar to the one that exists in the electromagnetic field in the special theory. The infinitesimal form of the generalized Lorentz transformation is determined in a Newtonian field by the fact that the threedimensional geometry remains Euclidean under the transformation. The finite form is then determined so that the transformations form a group, and the group is found to be the usual Lorentz group. The transformation is then extended to apply to fields which are not necessarily Newtonian. (Author)
Descriptors : (*FIELD THEORY, INVARIANCE), (*RELATIVITY THEORY, GRAVITY), (*SPACE NAVIGATION, GEOMAGNETISM), (*SPACE COMMUNICATIONS, GEOMAGNETISM), (*GEOMAGNETISM, ANOMALIES), ELECTROMAGNETIC FIELDS, TRANSFORMATIONS(MATHEMATICS), TENSOR ANALYSIS, SPACE ENVIRONMENTS
Subject Categories : Quantum Theory and Relativity
Distribution Statement : APPROVED FOR PUBLIC RELEASE