The physical meaning of the "boost-rotation symmetric" solutions within the general interpretation of Einstein's theory of gravitation
S. Antoci, D.-E. Liebscher, L. Mihich
TL;DR
This paper explores the physical significance of boost-rotation symmetric solutions in Einstein's general relativity using a group-theoretical framework rooted in Kretschmann's interpretation scheme.
Contribution
It provides a theoretical interpretation of boost-rotation symmetric solutions within the broader context of relativity theories, grounded in group theory.
Findings
Clarifies the physical meaning of boost-rotation symmetric solutions
Links solutions to the general interpretation of relativity
Uses group theoretical arguments for analysis
Abstract
The answer to the question, what physical meaning should be attributed to the so-called boost-rotation symmetric exact solutions to the field equations of general relativity, is provided within the general interpretation scheme for the ``theories of relativity'', based on group theoretical arguments, and set forth by Erich Kretschmann already in the year 1917.
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