Article ID: CBB772782908

First-order Relativity: From Fresnel’s 1818 “drag” coefficient to Lorentz’s 1895 “local time” followed by Poincare’s 1900 interpretation, and finally up to Einstein’s 1911-1912 spatially flat metric (2022)

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In his 1905 paper on relativity theory, Albert Einstein acknowledged the importance of what we call below “first-order relativity” (in V / c ). Our aim with this paper is first to revisit the origin of “first-order relativity” which began with Fresnel’s problem regarding Arago’s prism experiment. Then, we emphasize the historical importance of the 1895 Lorentz Transformations, based on the explanation they provide of the impossibility of detecting the Earth’s motion through the ether, as well as their acceptance by the scientific community, and their “relativistic” interpretation given in 1900 by Henri Poincare. Finally, we show that a better understanding of these transformations and of their physical consequences (especially length contraction) allows us to bring retrospectively a new look to Einstein’s 1911-1912 introduction of a spatially flat metric.

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Article Meropi Morfouli (2022) Introduction. Almagest (pp. 4-10). unapi

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Authors & Contributors
Galison, Peter
Abiko, Seiya
Auffray, Jean-Paul
Bracco, Christian
Brouwer, W.
Delft, Dirk van
Journals
Archive for History of Exact Sciences
American Journal of Physics
Annales de Physique
Archives Internationales d'Histoire des Sciences
British Journal for the Philosophy of Science
History of Science
Publishers
Cambridge Scholars Publishing
Le Pommier
Prometheus
W. W. Norton & Co.
Uitgeverij Balans
Pavia University Press
Concepts
Relativity
Physics
Ether
Biographies
Relativity, special
Philosophy of science
People
Einstein, Albert
Lorentz, Hendrik Antoon
Poincaré, Jules Henri
Faraday, Michael
Kaufmann, Walter
Maxwell, James Clerk
Time Periods
20th century
19th century
20th century, early
Places
Netherlands
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