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???? I RECOMMEND the BEST BOOKS to understand the Universe in the style of Albert Einstein with his Theory of General Relativity, immerse yourself in the INCREDIBLE DIFFERENTIAL Geometry ???? ???????? COMPLETE COURSE of Differential Geometry • DIFFERENTIAL Geometry ???? COMPLETE COURSE... DOWNLOAD Here ???????? https://fanlink.tv/jnDV Password: MathRocks 0:00 Introduction, What is Differential Geometry for? 1:28 Invitation to the Math Rocks FEST 2:12 TOP 7 Differential Geometry.- Fedenko 4:23 TOP 6 Differential Geometry.- Pogorélov 7:33 TOP 5 Differential Geometry.- Lipschutz 9:20 TOP 4 Differential Geometry.- Krasnov 11:12 TOP 3 Differential Geometry.- Ivorra 13:30 TOP 2 Differential Geometry.- Hernández 15:16 TOP 1 Differential Geometry.- P do Carmo Complete Calculus Course at HARVARD Level • Calculus at Harvard Level 01.- Functions ... More videos that will HELP you ???????? https://www.youtube.com/c/MathRocks?s... ???? JOIN the CHANNEL discover 720 videos and 19 EXCLUSIVE complete COURSES / @mathrocks General relativity is a theory of gravitational fields and general reference systems published by Albert Einstein in 1915 and 1916. The theory is named after the fact that it generalizes the so-called special theory of relativity and the principle of relativity for an arbitrary observer. The fundamental principles introduced in this generalization are the equivalence principle, which describes acceleration and gravity as distinct aspects of the same reality, the notion of the curvature of spacetime, and the generalized covariance principle. General relativity proposes that the geometry of spacetime itself is affected by the presence of matter, resulting in a relativistic theory of gravitational fields. In fact, general relativity predicts that spacetime will not be flat in the presence of matter and that the curvature of spacetime will be perceived as a gravitational field. Einstein's basic insight was to postulate that at a given point one cannot experimentally distinguish between a uniformly accelerated body and a uniform gravitational field. The general theory of relativity also allowed the field of cosmology to be reformulated. Einstein expressed the purpose of the theory of general relativity to fully implement Ernst Mach's program of the relativization of all inertial effects, even adding the so-called cosmological constant to his field equations1 for this purpose. This real point of contact of Ernst Mach's influence was clearly identified in 1918, when Einstein distinguished what he christened Mach's principle (inertial effects arise from the interaction of bodies) from the principle of general relativity, which is now interpreted as the principle of general covariance. ► COMPLETE MATHEMATICS COURSES / mathrocks #einstein #differential #geometry ???? FOLLOW ME on IG ►► themathrocks