Examples of using Relativity theory in English and their translations into Vietnamese
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He read the book just before coming up with his famous special relativity theory.
According to the relativity theory, space is not three-dimensional, and time is not a separate entity.
Einstein:"Since the mathematicians have invaded the relativity theory, I do not understand it myself any more.".
In relativity theory, so long as any type of energy is retained within a system, this energy exhibits mass.
If you want more"meat"(i.e., more mathematics), then you probably start with abook on the basics of relativity theory.
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This is a very important quantity in relativity theory, and it is usually represented by the Greek letter c, pronounced“gamma.”.
The intimate link between space and time was well known in astronomy, in a different context,long before relativity theory.
According to Einstein's general relativity theory, spacetime bends or gets distorted when it crosses a massive object due to its gravity.
The result, again, was a new set of problems and standards, one which, in the event,had much to do with the emergence of relativity theory.
When I ask myself how it happened that I in particular discovered relativity theory, it seemed to lie in the following circumstance,” Einstein once explained.
Soon after, astronomer Edwin Hubble discovered that the universe was in fact expanding,consistent with Einstein's original general relativity theory.
Albert explained,“When I ask myselfhow it happened that I in particular discovered the relativity theory, it seemed to lie in the following circumstance.
General relativity theory(GR) says that each field, possessing energy and, therefore, mass, bends space-time; and we perceive this curvature as a gravitational field.
And the Canon even confessed that he had notalways understood the arguments used by the father of the relativity Theory to get rid of the famous constant.
According to relativity theory, they would see the object moving slower and slower as it approaches the black hole until it comes to a complete halt at the event horizon, never actually falling into the black hole.
To understand and appreciate Einstein's radical discovery,we must first think very carefully about the two concepts at the heart of relativity theory, space and time.
Henri Poincaré provided the mathematical framework for relativity theory by proving that Lorentz transformations are a subset of his Poincaré group of symmetry transformations.
It must be admitted that the meaning of quantum physics, in spite of all its achievements, is not yet clarified as thoroughly as, for instance,the ideas underlying relativity theory.
In general relativity theory, it is still possible for the paradox to hold in a finite universe:[7] though the sky would not be infinitely bright, every point in the sky would still be like the surface of a star.
Albert Einstein was born in 1879 in Germany andis best known for developing relativity theory, one of two theories that provide the basis for our entire modern understanding of physics.
Further applying special relativity theory to the elliptic orbits, Sommerfeld succeeded in deriving the correct expression for the fine structure of hydrogen spectra(which happens to be exactly the same as in the most elaborate Dirac theory). .
Laue also showed that non-electrical forces are needed to ensure the proper Lorentz transformation properties, and for the stability of matter- he could show that the"Poincaré stresses"(as mentioned above)are a natural consequence of relativity theory so that the electron can be a closed system.
And Hermann Weyl, who worked on both relativity theory and quantum mechanics, said"My work always tried to unite the true with the beautiful, but when I had to choose one or the other, I usually chose the beautiful.".
The 1911 Nobel Laureate in Physiology orMedicine Allvar Gullstrand was of the opinion that the correctness of Einstein's special relativity theory rested on belief- not proven facts, and the general relativity theory could in his opinion not stand a critical analysis.
Dr. Tiller explained:“In order for quantum mechanics and relativity theory to be internally self-consistent[Seeking consistency between quantum mechanics and relativity theory is the major task theoretical physicists have been grappling with since quantum mechanics emerged], the physical vacuum has to contain 10^94 grams equivalent of energy per cubic centimeter.
Dirac unified the theories of quantum mechanics and relativity theory, but he also is remembered for his outstanding work on the magnetic monopole, fundamental length, antimatter, the d-function, bra-kets, etc.
Riemann's new idea ofspace proved crucial in Einstein's general relativity theory, and Riemannian geometry, that considers very general spaces in which the notion of length is defined, is a mainstay of modern geometry.
One of the interesting historical aspects of modern relativity theory is that, although it is often regarded as the highly original and even revolutionary contribution of a single individual, almost every idea and formula of the theory had been anticipated by others.