We often hear about the theory of relativity, and it has changed a lot of the concepts of classical physics. But what are the theory of relativity? It is Mujdha? And how this changed the theoretical concepts of classical physics, which prevailed from the time of Newton that this theory appeared? In this article we will answer all these questions.
The theory of relativity or relative is also called, it is the theory of the German scientist Albert Einstein, also contributed to the Frenchman Henri Poincare, the author of the special theory of relativity world. One of the most important theories of modern physics, because of their role in changing many of the physics concepts. Research on this theory in 1905 has been published by Einstein, and is the research of so-called special relativity, and they are related to answer questions about the properties of light and his actions, and the results of Michelson-Morley experiment on the light, and the experiment examines the propagation of light in different directions, and the results were contrary to the laws of classic speed known.
The importance of the theory of relativity, it has changed in the basic physics concepts, relating to mass, energy, space and time, and made a quantum leap in space physics and theoretical physics, and modified the mechanical physics of Newton's theories, which existed 200 years ago. It states the theory of relativity, that the movement of objects to be comparative with the change of time, and that the concept of time is no longer a constant and specific, and linked the theory of relativity of time and space, so deal with it as something one, having had to deal with them is different Kachiian. And it made the time associated with the body quickly and his movement, and there became the concepts of contraction and time dilation in the universe.
He worked the theory of relativity on the interpretation and understanding of many of the assumptions and phenomena, where scientists can through them understand the nature of the interactions that occur between the particles, which contributed significantly to the development of some of the science, including nuclear science, that interest them increased after the emergence of the theory of relativity, and explained a lot of particles behavior in nuclear reactions, and they showed their properties and characteristics. Also it contributed to the interpretation of many of the cosmic and space phenomena, such as gravitational waves and black holes in space.
The theory of relativity in general they include more than physical theory. Special theory of relativity, published in 1905, was accepted in 1920 and is interested in small molecules and their interactions values. They have been used by physicists, the physics of the atom and nuclear physics and quantum mechanics. And general relativity theory, which was published in 1906 and is interested in large values of astronomical objects and the movement of the cosmic.
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