general relativity

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Related to Theory of General Relativity: Theory of special relativity

general relativity

The geometric theory of gravitation developed by Albert Einstein, incorporating and extending the theory of special relativity to accelerated frames of reference and introducing the principle that gravity is a consequence of matter causing a curvature in spacetime.


(ˌrɛl əˈtɪv ɪ ti)

1. the state or fact of being relative.
a. Also called special relativity. the first part of Einstein's two-part theory, based on the axioms that physical laws have the same form throughout the universe and that the velocity of light in a vacuum is a universal constant, from which is derived the mass-energy equation, E = mc2.
b. Also called general relativity. the second part, a theory of gravitation based on the axiom that the local effects of a gravitational field and of the acceleration of an inertial system are identical.
3. dependence of a mental state upon the nature of the human mind.
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Noun1.general relativity - a generalization of special relativity to include gravity (based on the principle of equivalence)
Einstein's theory of relativity, relativity, relativity theory, theory of relativity - (physics) the theory that space and time are relative concepts rather than absolute concepts
References in periodicals archive ?
He also showed that the universe had a beginning by describing how Albert Einstein's theory of general relativity eventually breaks down when time and space are traced back to the Big Bang about 13.
The study, published in Nature Communications, employed a novel method to learn more about the Sun and further confirmed the constant G, the mainstay of Einsteins theory of general relativity that predicts how extremely large masses warp space-time.
In the theory of general relativity developed by Einstein, the mass of an object curves space and time 6 the more mass, the more curvature.
At the time, the discovery offered some of the first convincing proof for Einstein's theory of general relativity -- a law of physics that describes gravity as a geometric function of both space and time.
PhD student Qingdi Wang has tackled this question in a new study that tries to resolve a major incompatibility issue between two of the most successful theories that explain how our universe works: quantum mechanics and Einstein's theory of general relativity.
Everyone has heard of the big bang and Einstein's theory of general relativity, but precious few of us have the time to learn the science behind them.
Prasanna presents readers with a comprehensive examination of EinsteinAEs theory of general relativity and its applications in physics, astrophysics, classical mechanics, and electrodynamics.
Einstein (1879-1955) did this with his theory of general relativity, which explained gravity not as a force but as a property of space and time.
Not only that, the detection of gravity waves also helps scientists expand their understanding Einstein's theory of general relativity which was formed 100 years ago!
Einstein's Theory of General Relativity is mankind's greatest intellectual achievement.
The Theory of General Relativity describes large-scale physical phenomena: humans, rocks, planets, stars, galaxies, the entire universe.
Ever since Albert Einstein proposed his theory of general relativity in 1915, the possibility that gravitational waves exist and the possibility that we might detect or "hear" them directly have been of central interest.