Paper name. Einstein was. Published in 1916 in Germany, "Chronicle of Physics," 4th series, 49 volumes. Summary of the gravitational field of study, from the general principle of relativity and the equivalence principle, we get the new gravitational field equation to the perihelion precession of Mercury, gravitational redshift, light bending in the gravitational field of the three predictions. Published the article, marked the formal establishment of general relativity.
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No. 2
Paper name. Einstein was. Published in 1916 in Germany, "Chronicle of physics," 4th series, 49 volumes. Summary of the gravitational field of study, by the general principle of relativity and the equivalence principle, we get a new gravitational field equation to make the Mercury perihelion, gravitational redshift, light bending in a gravitational field the three predictions. This article was published mark the formal establishment of general relativity.
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No. 3
Paper name. Einstein was. Published in 1916 in Germany, "Chronicle of physics," 4th series, 49 volumes. Summary of the gravitational field of study, by the general principle of relativity and the equivalence principle, we get a new gravitational field equation to make the Mercury perihelion, gravitational redshift, light bending in a gravitational field the three predictions. This article was published mark the formal establishment of general relativity. General relativity equivalence principle: In a constant gravitational field is uniform under the influence of the inertial reference frame, all the physical phenomena that occur, and one can not affect the gravitational field, but the constant movement of non-inertial acceleration within the same physical phenomena. General relativity principle of relativity: Laws of physics in the non-inertial reference frame, and the local inertial reference frame can be identical, but in the gravitational field of local inertial reference frame must exist, or that all non-inertial and inertial gravitational field exists for the description of physical phenomena are equivalent.