Titre du document

Theory of Gravitation

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Nom du Corpus

AstroConcepts

Auteur(s)
  • Andrzej Trautman
Résumé

The work on, and the understanding of, gravitation greatly influenced not only the physicist’s conception of nature but also the development of all exact sciences. Newton invented the method of fluxions, and thereby laid down the foundations of calculus, in connection with his research on the motion of bodies and on the law of universal attraction.1 The calculus of variations, the theory of differential equations and the perturbation methods of solving them arose directly from the needs of mechanics and astronomy. Through the work of Poincaré2, the consideration of global and stable properties of motions stimulated the birth of topology. The relativistic theory of gravitation of Einstein3, and his search for a unified theory4, enhanced the development of differential geometry. The notion of a superspace introduced recently by J.A.Wheeler5 provides us with a concrete example of an infinite-dimensional manifold and leads to a number of difficult problems in the theory of Banach manifolds.

Langue(s) du document
Anglais
Année de publication
1973
Revue

The Physicist’s Conception of Nature

Éditeur
Springer (e-books)
Type de publication
book
Type de document
chapter
Présence de XML structuré
Non
Version de PDF
1.4
Score de qualité du texte
8.848
Nom du concept
  • Kaluza-Klein theory
Identifiant ISTEX
4D0FB784D3622B49A086AD9E121E5C1386FF4F91
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