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

It you want to learn about vectors, complex numbers, matrix algebra, Einstein's famous E equals MC squared, as well as some insights into string theory, it's all here. According to the mass-energy equivalence formula E = mc2, an object traveling at c would have infinite mass and What I mean by "this" isn't the creation of a new theory that incorporates older ones (like string theory). 23, 2010 - Join author Robert A. 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. Rightmire on a journey to The Fascinating Universe of Einstein's Special Relativity, as he makes Einstein's concepts easy to comprehend. 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. (Phys.org)—Possibly the most well-known consequence of Einstein's theory of special relativity is that nothing can travel faster than the speed of light, c. Neither Einstein nor anyone But it is a mistake to say that curved spacetime or string theory underlies much of modern technology. Understanding will only come with maturity, and this maturity will bring advanced technology that will allow the human race to peel back the layers of reality for a peek underneath, beyond quantum physics, beyond string theory. So no lengthy derivations, but I will give you a few observations, and hopefully that will be enough. Poincaré had already discovered the relativity principle, but Einstein reaped the harvest with his theory of special relativity, which laid out the implications: clocks really do slow down when they move. Seen the appearance of the Standard Model of Particle Physics, quantum field theory, the concordance model of cosmology (including dark matter and dark energy), and the as-yet purely theoretical frameworks of supersymmetry and string theory. Einstein's turn came in his “Annus Mirabilus” (miracle year) in 1905, when he published four groundbreaking papers and a PhD thesis, touching on optics, the size and motions of atoms, and the theory of special relativity. The isotropy of the speed of light seems to be a very popular question, both among serious researcher, especially those working in String Theory, and among crackpots who unknowingly are benefiting from SR but still "don't believe" in it. An Amazon review gives my book a low rating because "General Relativity sprang full-blown from the mind of Albert Einstein", and "curved, multidimensional space underlies much of modern technology, including GPS satellites." He points to this site to show that It is a simple application of special relativity. €�I develop the theory of special relativity with simple mathematics.