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Springer US

Quantum Theory - A two-time success story

Sandu Popescu, Yakir Aharonov, Jeff Tollaksen

Published Jan 1, 2013• 28 citations
OpenAlex

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Albert Einstein discovered that, two particles originated from the same source, when thestate of one changes, that ofthe other will change at the same time, no matter how far they are apart from each other. This phenomenon violates the special theory of relativity that was originated by himself. Later on he extended special relativity to general relativity, hoping to solve this problem, but with little success. In this paper, we are trying to elaborate more about our space central view of the phenomenon, wethen relate it tomore broad understanding of social and culture stories such as crimerate cycle, meditation power, super nature spiritual stories from ancient tombs around the world. We name it Super Natural Relativity.

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Epilogue

Malcolm S. Longair

As expected when I started out on this project, this has proved to be a complex and, at times, difficult story. After all, what was involved was tearing up the foundations of classical physics, which had been extraordinarily successful in explaining the macroscopic world about us, and replacing it by something radically different and non-intuitive in terms of our everyday experience. But the effort involved has been more than repaid by the very much deeper appreciation I have gained of the extraordinary works of the pioneers of quantum mechanics, both the theorists and the experimenters. If the brilliant theoretical researches of Planck, Einstein, Bohr, Heisenberg, Born, Jordan, Schrödinger, Pauli, Dirac and many others form the central core of this story, it should be remembered that their researches were inspired by the equally brilliant achievements of experimental physics. Another huge bonus has been a deepened understanding of quantum mechanics itself – if only I had these insights more than 50 years ago when I first encountered the subject. There is a great deal more that could be said. I must reiterate that I have presented a somewhat streamlined version of the story in order to ensure that there is some continuous pathway, however tortuous, to the way in which the new understandings came about. For a full appreciation of the complexity of the story and the numerous blind alleys and diversions which took place, there is no substitute for in-depth absorption in Mehra and Rechenberg's magisterial exposition of the history of quantum theory.

Cambridge University Press eBooks•Jan 31, 2013•0 citations
Albert Einstein discovered that, two particles originated from the same source, when thestate of one changes, that ofthe other will change at the same time, no matter how far they are apart from each other. This phenomenon violates the special theory of relativity that was originated by himself. Later on he extended special relativity to general relativity, hoping to solve this problem, but with little success. In this paper, we are trying to elaborate more about our space central view of the phenomenon, wethen relate it tomore broad understanding of social and culture stories such as crimerate cycle, meditation power, super nature spiritual stories from ancient tombs around the world. We name it Super Natural Relativity.
As expected when I started out on this project, this has proved to be a complex and, at times, difficult story. After all, what was involved was tearing up the foundations of classical physics, which had been extraordinarily successful in explaining the macroscopic world about us, and replacing it by something radically different and non-intuitive in terms of our everyday experience. But the effort involved has been more than repaid by the very much deeper appreciation I have gained of the extraordinary works of the pioneers of quantum mechanics, both the theorists and the experimenters. If the brilliant theoretical researches of Planck, Einstein, Bohr, Heisenberg, Born, Jordan, Schrödinger, Pauli, Dirac and many others form the central core of this story, it should be remembered that their researches were inspired by the equally brilliant achievements of experimental physics. Another huge bonus has been a deepened understanding of quantum mechanics itself – if only I had these insights more than 50 years ago when I first encountered the subject. There is a great deal more that could be said. I must reiterate that I have presented a somewhat streamlined version of the story in order to ensure that there is some continuous pathway, however tortuous, to the way in which the new understandings came about. For a full appreciation of the complexity of the story and the numerous blind alleys and diversions which took place, there is no substitute for in-depth absorption in Mehra and Rechenberg's magisterial exposition of the history of quantum theory.