View’s On Einstein’s Theory of Relativity When Proposed and as it Progressed

Einstein 's theory of relativity is a world - famous theory, where many people try to challenge it, and can not reach concrete conclusions that satisfy the theory. Over time, increasingly advanced technology allows more accurate theoretical test reasons. When the theory was first proposed, Einstein proposed minimum and unintelligable data that needs to be fully explained by the experiment and needs to be allowed to be understood by scientists and the public in 1905.

In 1905, Einstein first proposed a special theory of relativity theory in the paper "Electrodynamics of moving objects" and led physics to a new dynamic direction. By November 1915, Einstein completed general relativity theory. Einstein believed that this theory is the culmination of his life research. Since it is possible to more accurately predict the orbit of the planet around the sun that could not be achieved by the theory of Isaac Newton and has a wider and more detailed explanation of how gravity works, he Believe the advantages of relativity. Einstein 's claim was confirmed by observations and measurements of British astronomer Surf rank Dyson and Sir Arthur Eddington during the meal of 1919, so a worldwide scientific icon was born.

Only after Einstein published general relativity theory in 1915, this view was carefully revised. An important prediction of Einstein 's theory is that the light surely is deflected by gravity. Measurement of the position of Arthur Eddington's star during solar eclipse showed that their light was deflected by the gravity of the sun - the effects were very small, so the Eddington instruments could not be observed reliably Correct confirmation

Einstein proposed General Relativity Theory and suggested that in 1911 the gravity of the sun should cause the light of other stars to be bent. Sir Arthur Eddington confirmed this during the eclipse of May 29, 1919. After introducing the law of photoelectric effect, he received the Nobel Prize in physics in his excellent contribution to theoretical physics in 1921.

The second paper by Einstein in 1905 proposed today's so-called special relativity. He built his new theory based on the reinterpretation of classical relativity, that is, the laws of physics must have the same form in any reference frame. As a second basic assumption, Einstein assumed that the speed of light remained constant in all reference systems, as required by Maxwell's theory. Since 1905, Einstein continued working in the above fields. He made a significant contribution to quantum theory, but he attempted to extend the special theory of relativity to phenomena including acceleration. This key appeared in 1907 and has an equivalent principle that the acceleration of gravity is indistinguishable from the acceleration caused by mechanical force. Therefore, the gravitational mass is the same as the inertial mass.