Einstein's Impact On The Development Of Albert Einstein And The Atomic Model

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It is apparent that, during certain areas of history, the atomic models repetitively questioned as new material became available in the study of that field. Specific concepts begin to elevate themselves above others and become dominant as they begin being experimented on. Judging by the the literature on the development of the atomic model, the first speculations began around the ancient Greek and Roman times. The Greek and Roman philosophers speculated, what is the nature of matter, or what is this stuff made up of? The Greek philosopher, Democritus, offered his atomic theory as the answer to their questions. Democritus’ atomic theory States that all matter consists of invisible particles called atoms. It also states that atoms are indestructible, …show more content…

Albert Einstein provided a significant and powerful confirmation, in 1905, that atoms and molecules actually exist through his analysis of Brownian motion. One of Albert Einstein 's most known contributions is the mass Energy equivalents equation. The energy equivalence equation is E = MC2 or Energy = Mass x (speed of light)2. this equation states that a little mass can generate quite a bit of energy, Because the mass is being multiplied times the speed of light which is being squared. The speed of light in vacuum is equal to 300,000 kilometers per second. Einstein also contributed greatly to the photoelectric effect. He saw that if you shine a light on metal it release electrons. Because of this Einstein said that light is made up of individual particles of energy called quanta. He theorized that when quanta hit the metal, the energy from it was transferred to the electrons giving the electrons enough energy to escape the nucleus is of the atoms in the metal. One of the other things Einstein is known for is Einstein 's theory of special relativity. Einstein began to wonder how to resolve Newton 's laws of motion with Maxwell 's equations of light. He solve this by imagining how the world would look if he could travel at the speed of light. He began to think that if you move towards a ray of light as it approaches you or if you move away from a ray lights, the ray of light would still be moving at the exact same speed no matter what. The ray of light will always move at the speed of light. It does not matter if you are moving towards the light or away from the light will meet you at the same time no matter what. Einstein then concluded that time, length, and mass depend on the speed we are moving at. In other words the closer you are to the speed of light the bigger the difference you see in the quantities compared to someone moving

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