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Subject: Particle fever a fork in the road the movie

 

Don't miss it I just saw it

If the Higgs mass was 115 GeV it would be strong evidence for super symmetry connecting fermions to bosons
And that case there is still room for an intelligent designer acting back from the future dark energy DeSitter cosmic horizon programming a virtual hologram universe simulation

10^120 ~ 1/ / qubits

IT From BIT
+
BIT From IT
=
Entanglement Signal Nonlocality

If the Higgs mass was 140 GeV it would be strong evidence for Tegmark's multi-verse levels one and two in that case the mass of the electron etc. is a random coincidence in the cosmic landscape of string theory

In fact the Higgs mass is 125 GeV smack in the middle pretty much

Therefore God is subtle but not malicious as Einstein said

I do predict they will never find a dark matter particle however because dark matter is made from virtual particles inside the quantum vacuum in my opinion

Sent from my iPad
After 'God particle', scientists to focus on dark matter http://t.co/tXLyYSyA
ndtv.com/article/world/…
The discovery of the Higgs boson, or God particle, has been touted as the biggest leap in physics. Scientists at CERN are now preparing to turn the spotlight on dark matter.
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Jack Sarfatti

My prediction is that the LHC will not find real dark matter particles whizzing through space. In this case no real dark matter particles created in high energy LHC collisions because, in my view, dark matter is a virtual fermion-antifermion effect of ordinary leptons and quarks inside the quantum vacuum. It's mainstream physics that virtual fermion-antifermion pairs induce attractive gravity whilst virtual bosons induce repulsive anti-gravity. So it's a question of the relative densities of these particles in their virtual states inside the vacuum of whether we see dark matter at smaller scales and dark energy at larger scales.