Examples from the Web for einstein
But after a while, the edit wars ended, and the article no longer had Einstein going to Albania.
Einstein understood this; so do the people running Google and lots of other innovative endeavors.Warren Berger Tells How to Ask a ‘Beautiful Question’|Scott Goodson|March 8, 2014|DAILY BEAST
The universe, it turns out, expands, and Einstein considered the cosmological constant his “biggest blunder.”
Of course, the only reason we retell the story is precisely the data did corroborate Einstein's theory.
Before writing Moonwalking with Einstein, you were a journalist for a number of good magazines.
The modern view will be explained later in the article on Einstein's Theory.The Outline of Science, Vol. 1 (of 4)|J. Arthur Thomson
Some girl with adenoids here the other night been studying 'Einstein'.Narcissus|Evelyn Scott
The results of the observations have now been published, and are found to verify Einstein's prediction.
But Einstein's theory required that the light should be deflected just twice as much as this.
Well, what I want to know is this: Does Einstein sell you grub that much cheaper?Hidden Water|Dane Coolidge
British Dictionary definitions for einstein
Derived forms of EinsteinEinsteinian, adjective
Medicine definitions for einstein
Science definitions for einstein
By around 1900, the increased precision of new measuring instruments had shown that the laws of motion and gravity established by Galileo and Newton were unable to explain certain phenomena. The observed orbit of Mercury, for example, differed slightly from that predicted by Newton, and laws describing the motion of electromagnetic waves left many electrical effects unexplained. In 1905, an unknown 26-year-old patent office clerk named Albert Einstein published four papers that not only solved these problems, but revolutionized physics. The first two presented his Special Theory of Relativity, which departed from the classical Newtonian concepts of space and time in its assertion that all reference frames (all coordinate systems) do not measure space and time equivalently. That is, space and time are not the same throughout the universe, but depend on the motion of the observer. But for Einstein, not everything was relative. Following the electromagnetic theory of Maxwell, Einstein argued that the speed of light is the same for all observers, and introduced a new concept of space-time to reconcile this with concepts of relative motion. He also introduced the famous equation expressing a direct relation between mass and energy, E = mc2, known as mass-energy equivalence. A third paper analyzed electromagnetic radiation such as light in terms of particles called photons, and explained how some substances, when exposed to such radiation, eject electrons in a quantum process called the photoelectric effect. A fourth paper explained the random movement of particles suspended in a fluid, now known as Brownian motion. In 1916, in his General Theory of Relativity, Einstein described gravity as a warping of space-time (as opposed to Newton's force) caused by the mere presence of objects possessing mass. Einstein's new conception of gravity correctly predicted Mercury's observed orbit, and his work on photons led to a more accurate description of electromagnetic radiation. In his later years, Einstein devoted himself to a search for a theory that would unify gravity with the other three fundamental forces in nature: the strong force, the electromagnetic force, and the weak force. This search is still ongoing.