New theory of gravitation. Basic principles, correspondence structure, experimental confirmation
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Date
1983-12
Authors
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Publisher
Turkish Atomic Energy Authority
Abstract
Bu yazıda zaman-mekan teorisinin gezegenler ve onların pertürbasyonlarını kapsayan Newton dinamiğine icra olabilmesi için genel görelilik teorisi alan denklemine yerçekim stress-enerjisi t(v)(µ) nün ilave edilmesi gerek ve yeterliği gösterilmiştir.
A necessary and sufficient condition for a space-time theory of gravitation to recover the many-body Newtonian orbits and their perturbations is shown to be a modification of the field equations of general relativity by an additive term t(v)(µ) which represents the stress-energy tensor of the gravitational field.
A necessary and sufficient condition for a space-time theory of gravitation to recover the many-body Newtonian orbits and their perturbations is shown to be a modification of the field equations of general relativity by an additive term t(v)(µ) which represents the stress-energy tensor of the gravitational field.
Description
Keywords
Gravitation, Teori, Theory, Yerçekimi, Basic principles, Temel ilkeler, Correspondence structure, İletişim yapısı, Experimental confirmation, Deneysel doğrulama
Citation
Yılmaz, H. (1983). New theory of gravitation. Basic principles, correspondence structure, experimental confirmation. Turkish Journal of Nuclear Sciences, 10(2), 76-84.