Mon premier blog

Special relativity: from Einstein to strings John H. Schwarz, Patricia M. Schwarz
Publisher: Cambridge University Press

The one thing that Einstein did, which is so powerful and important in the history of physics is with special relativity he found a way to unify Newton's laws of motion and Maxwell's equations of electromagnetism. Such a contradiction took a supremely confident mind to propose. And they unify, no doubt about it: in the math, at least, all of nature from quantum mechanics to gravity emerges from the equations of string theory. I'm beginning to realize that Multisense Realism is an extension to the absolute of the approach that Einstein took in developing General Relativity. So no lengthy derivations, but I will give you a few observations, and hopefully that will be enough. Einstein discussed the phenomenon that physicists now call dark energy in correspondence with Schrodinger, reveals a physicist and historian of science. For example, long after the advent of nuclear weapons and power have vindicated Einstein, I still get detailed manuscripts from people every few weeks claiming that E=mc2 is wrong. Exact Formulation Information science has dissected Einsteins Mollusk into bits and strings, and re-imagining flexibility and independence as phantoms of a Multi-World Matrix. Essentially, Einstein was the source of the Big Bang by presenting his theories of special relativity in 1905. In doubting the existence of gravity Albert Einstein, Relativity: The Special and General Theory. And then he found a Myself, I don't believe that string theory is really, as it were, going to be proven to be the ultimate theory and there are other approaches like loop quantum gravity, which is being pioneered by the great physicist Lee Smolin. The modern physics revolution started with special relativity. In the process, I found that special relativity lead naturally into string theory. I initiated this blog with discussions on special relativity. Special relativity predicts that if you take a massive particle and keep applying forces on it, it goes faster and faster, slowly approaching the speed of light, but never quite reaching it. And then, in June, Einstein completed special relativity - which added a twist to the story: Einstein's March paper treated light as particles, but special relativity sees light as a continuous field of waves. Most top physicists, such as the likes of Hawking, believe that string theory is the correct fundamental description of nature. Challenging Einstein's Special Relativity: Herbert Dingle - Science at the Crossroads.