Characterization of standard clocks by means of light rays and freely falling particles

DOI10.1007/BF00759142zbMath0635.53056WikidataQ62006006 ScholiaQ62006006MaRDI QIDQ1097534

Volker Perlick

Publication date: 1987

Published in: General Relativity and Gravitation (Search for Journal in Brave)

zbMATH Keywords

light raysfree falling particlesstandard clocksWeyl manifolds

Mathematics Subject Classification ID

General relativity (83C99) Applications of local differential geometry to the sciences (53B50)

Related Items

FURTHER EXTENDED THEORIES OF GRAVITATION: PART I ⋮ FURTHER EXTENDED THEORIES OF GRAVITATION: PART II ⋮ Conformal metric-affine gravities ⋮ A note on the problem of proper time in Weyl space-time ⋮ The Unexpected Resurgence of Weyl Geometry in late 20th-Century Physics ⋮ WEYL GEOMETRIES AND TIMELIKE GEODESICS ⋮ Extended gravity ⋮ Weyl geometry and gauge-invariant gravitation ⋮ Establishment of the Riemannian structure of space-time by classical means ⋮ Finsler gravitational waves of (α, β)-type and their observational signature ⋮ One hundred years of Weyl's (unfinished) unified field theory ⋮ On the embedding of Weyl manifolds ⋮ Extended cosmologies ⋮ Probing non-Riemannian spacetime geometry ⋮ Distinguishability of Weyl-from Lorentz-space-times by classical physical means ⋮ The physical role of gravitational and gauge degrees of freedom in general relativity. II: Dirac versus Bergmann observables and the objectivity of space-time ⋮ A characterisation of the Weylian structure of space-time by means of low velocity tests ⋮ Discrete relativistic positioning systems ⋮ Breaking the conformal gauge by fixing time protocols ⋮ Extended cosmology in Palatini f(ℛ)-theories ⋮ MATHEMATICAL EQUIVALENCE VERSUS PHYSICAL EQUIVALENCE BETWEEN EXTENDED THEORIES OF GRAVITATIONS

This page was built for publication: Characterization of standard clocks by means of light rays and freely falling particles