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Gravitational memory effects, also known as gravitational-wave memory effects are predicted persistent changes in the relative position of pairs of masses in space due to the passing of a gravitational wave. Detection of gravitational memory effects has been suggested as a way of validating Einstein's Theory of General Relativity. There are two kinds of predicted gravitational memory effect: a linear phenomenon, first proposed in 1974 by Russian scientists; and a non-linear phenomenon known as the nonlinear memory effect, which was first proposed in the 1990s.

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  • Gravitational memory effect (en)
  • Effetto memoria gravitazionale (it)
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  • Gravitational memory effects, also known as gravitational-wave memory effects are predicted persistent changes in the relative position of pairs of masses in space due to the passing of a gravitational wave. Detection of gravitational memory effects has been suggested as a way of validating Einstein's Theory of General Relativity. There are two kinds of predicted gravitational memory effect: a linear phenomenon, first proposed in 1974 by Russian scientists; and a non-linear phenomenon known as the nonlinear memory effect, which was first proposed in the 1990s. (en)
  • L'effetto memoria gravitazionale è un cambiamento persistente della posizione relativa tra coppie di masse nello spazio che dovrebbe verificarsi a causa del passaggio di un'onda gravitazionale. Il rilevamento sperimentale di un tale effetto sarebbe un ulteriore conferma della teoria della relatività generale di Albert Einstein. Sono previsti due tipi di effetto memoria gravitazionale: uno lineare, proposto per la prima volta nel 1974 da scienziati russi, e uno non lineare, noto come effetto memoria non lineare, proposto per la prima volta tra il 1990 e il 2000. (it)
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  • Gravitational memory effects, also known as gravitational-wave memory effects are predicted persistent changes in the relative position of pairs of masses in space due to the passing of a gravitational wave. Detection of gravitational memory effects has been suggested as a way of validating Einstein's Theory of General Relativity. There are two kinds of predicted gravitational memory effect: a linear phenomenon, first proposed in 1974 by Russian scientists; and a non-linear phenomenon known as the nonlinear memory effect, which was first proposed in the 1990s. Research on the predicted phenomena has been carried out by Ya. B. Zel'dovich and , V. B. Braginsky and , and Demetrios Christodoulou. (en)
  • L'effetto memoria gravitazionale è un cambiamento persistente della posizione relativa tra coppie di masse nello spazio che dovrebbe verificarsi a causa del passaggio di un'onda gravitazionale. Il rilevamento sperimentale di un tale effetto sarebbe un ulteriore conferma della teoria della relatività generale di Albert Einstein. Sono previsti due tipi di effetto memoria gravitazionale: uno lineare, proposto per la prima volta nel 1974 da scienziati russi, e uno non lineare, noto come effetto memoria non lineare, proposto per la prima volta tra il 1990 e il 2000. Ricerche su tali fenomeni sono state effettuate da Yakov Borisovič Zel'dovič e A. G. Polnarev, V.B. Braginsky e L. P. Grishchuk, e Demetrios Christodoulou. (it)
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