Doer
Well-Known Member
I'm not. I have never really been sure about that concept and why is it important.
It kinda goes back to the, End of the Universe, ideas about Dark Energy and expansion, etc.
In short, the idea is that since we are expanding, perhaps that pushes matter apart, finally, by defeating the Weak Force.
But, that only assumes a gentle constant expansion over the next 20 b-years. However the math of supersymmerty, says that without the other un-known particles, the Universe is un-done in only another 1 billions years.
Oh, that is important. But, it means that for every particle there has be a doppelganger twin, (not anti-matter,) but a wave-particle that cancels out most of the energy of Space. Squarks, Selectrons, Sprotons, etc. So, by the canceling waves, we don't feel the energy of Raw Space. (BTW, which puts gravity about 120 x WEAKER than before.)
In short, the idea of the Quantum Cloud of Probability for, say, an electron, means there is much more energy than we measure, as the event of measuring an electron volt. Perhaps a 120 times more energy.
http://www.universetoday.com/38282/electron-cloud-model/
This means space itself could be about to explode. It means the expansion, could be over quite suddenly and not so far off. A phase change like a laser flash on an ice cube.
Makes some sense. The big bang was a sudden phase change, and so was the end of the expansion era. Why did it bang? Why did it stop the 100 times speed of light expansion? Phase change. The math says there is, yet, one more condition for Space, at a lower entropy energy than this mild Space Phase State.
The math says, either Space is a smooth expanding manifold moderated by Supersymmetry ghost particle pairs, keeping vast energies in check.
Or, it is a powder keg on a short fuse.
Oth, the latest evidence from the LHC is somewhat against the idea of the ghost particles.
Sufficiently weird, right?
http://hitoshi.berkeley.edu/public_html/susy/susy.html
http://news.discovery.com/space/lhc-discovery-maims-supersymmetry-again-130724.htm
It kinda goes back to the, End of the Universe, ideas about Dark Energy and expansion, etc.
In short, the idea is that since we are expanding, perhaps that pushes matter apart, finally, by defeating the Weak Force.
But, that only assumes a gentle constant expansion over the next 20 b-years. However the math of supersymmerty, says that without the other un-known particles, the Universe is un-done in only another 1 billions years.
Oh, that is important. But, it means that for every particle there has be a doppelganger twin, (not anti-matter,) but a wave-particle that cancels out most of the energy of Space. Squarks, Selectrons, Sprotons, etc. So, by the canceling waves, we don't feel the energy of Raw Space. (BTW, which puts gravity about 120 x WEAKER than before.)
In short, the idea of the Quantum Cloud of Probability for, say, an electron, means there is much more energy than we measure, as the event of measuring an electron volt. Perhaps a 120 times more energy.
http://www.universetoday.com/38282/electron-cloud-model/
This means space itself could be about to explode. It means the expansion, could be over quite suddenly and not so far off. A phase change like a laser flash on an ice cube.
Makes some sense. The big bang was a sudden phase change, and so was the end of the expansion era. Why did it bang? Why did it stop the 100 times speed of light expansion? Phase change. The math says there is, yet, one more condition for Space, at a lower entropy energy than this mild Space Phase State.
The math says, either Space is a smooth expanding manifold moderated by Supersymmetry ghost particle pairs, keeping vast energies in check.
Or, it is a powder keg on a short fuse.
Oth, the latest evidence from the LHC is somewhat against the idea of the ghost particles.
Sufficiently weird, right?
http://hitoshi.berkeley.edu/public_html/susy/susy.html
http://news.discovery.com/space/lhc-discovery-maims-supersymmetry-again-130724.htm