Thursday, August 14, 2014

the first theory of nuclear fission

Co-author of the first theory of nuclear fission and pioneer of the theory of black holes and neutron stars, John Wheeler was also an outstanding teacher and mentor to a generation of physicists. He was the supervisor of Feynman, whom he inspired the idea of considering positrons as electrons going back in time. There will also be student Hugh Everret, the theorist who brought the deterministic interpretation of quantum mechanics that Wheeler baptize a name that will fortune: the theory of multiple worlds. From left to right next to him, Einstein and Bohr busts, thought leaders John Wheeler. © Texas A & M University

http://androidstars.newsvine.com/_news/2014/08/05/25184616-man-of-flores-was-down-syndrome-the-controversy-continues
http://androidgeek.ucoz.com/blog/the_devil_avoids_sea_waves/2014-08-06-16
http://carmiell.blogspot.com/2014/08/the-epidemic-of-ebola-threat-throughout.html

Futura-Sciences:  Recently, you have posted on arxiv an article entitled Consciousness as a State of Matter ( Consciousness as a state of matter ). Your thesis is that consciousness emerges from some simply process information when they are sufficiently complex. In the same way that the solid state differs from the liquid or gaseous state from the point of view of the organization of atoms, it would also be true for the relationship between what we call matter and spirit. With math, you play a central role to the notion of information explaining the ultimate nature of reality.

In 2001, you published an article on the centenary of quantum physics with the great physicist John Wheeler. We owe him a famous statement that goes in the same direction as the idea that you stand for: "every physical quantity derived icts ultimate significance from bits, binary yes-or-no indications, has concluded All which we epitomize in the sentence it from bit " (each physical quantity derives its ultimate significance of information bits that can be reduced to binary yes-no quantities, a conclusion that summarizes the expression it (that exists) from the information (bit)).

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