Hey Chris Lichowicz and Patrick Saimesier this is a pretty good layout of my "pre bang static theory" which I've...
Originally shared by Darryl “Kwisatz Haderach” Barnes
Hey Chris Lichowicz and Patrick Saimesier this is a pretty good layout of my "pre bang static theory" which I've been talking about for more than a decade. At the point of attack is where everything fuses to become normal physics due to the immense heat at the birth if the universe. Awesome. Glad to see this is taking off. Doesn't kill the multiverse though.
“The statement that gravity might not affect the Higgs mass is very revolutionary,” Dimopoulos said.
A theory called “agravity” (for “adimensional gravity”) developed by Salvio and Strumia may be the most concrete realization of the scale symmetry idea thus far. Agravity weaves the laws of physics at all scales into a single, cohesive picture in which the Higgs mass and the Planck mass both arise through separate dynamical effects. As detailed in June in the Journal of High-Energy Physics, agravity also offers an explanation for why the universe inflated into existence in the first place. According to the theory, scale-symmetry breaking would have caused an exponential expansion in the size of space-time during the Big Bang."
http://www.wired.com/2014/08/multiverse/?mbid=social_gplus
Hey Chris Lichowicz and Patrick Saimesier this is a pretty good layout of my "pre bang static theory" which I've been talking about for more than a decade. At the point of attack is where everything fuses to become normal physics due to the immense heat at the birth if the universe. Awesome. Glad to see this is taking off. Doesn't kill the multiverse though.
“The statement that gravity might not affect the Higgs mass is very revolutionary,” Dimopoulos said.
A theory called “agravity” (for “adimensional gravity”) developed by Salvio and Strumia may be the most concrete realization of the scale symmetry idea thus far. Agravity weaves the laws of physics at all scales into a single, cohesive picture in which the Higgs mass and the Planck mass both arise through separate dynamical effects. As detailed in June in the Journal of High-Energy Physics, agravity also offers an explanation for why the universe inflated into existence in the first place. According to the theory, scale-symmetry breaking would have caused an exponential expansion in the size of space-time during the Big Bang."
http://www.wired.com/2014/08/multiverse/?mbid=social_gplus
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