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  • Jack Sarfatti On Oct 30, 2013, at 11:13 AM, Kim Burrafato <This email address is being protected from spambots. You need JavaScript enabled to view it.> wrote:

    LUX has a peak sensitivity at a WIMP mass of 33 GeV/c2 (see below), with a sensitivity limit three times better than any previous experiment. LUX also has a sensitivity that is more than 20 times better than previous experiments for low-mass WIMPs, whose possible detection has been suggested by other experiments. Three candidate low-mass WIMP events recently reported in ultra-cold silicon detectors would have produced more than 1,600 events in LUX’s much larger detector, or one every 80 minutes in the recent run. No such signals were seen. 

    I claim that dark matter is a virtual particle quantum vacuum effect.
    When the density of virtual fermion-antifermion pairs exceeds that of virtual bosons, we have gravitating vacuum.
    The opposite is antigravitating dark energy.
    This comes from GR in weak field limit

    Grad^2phi ~ G(energy density)(1 + 3w)

    w = -1 for all virtual particles from local Lorentz invariance + equivalence principle

    (energy density of virtual fermion-antifermion pairs) is negative from the Pauli exclusion principle’s antisymmetric entangled states of identical fermions)

    (energy density of virtual bosons) is positive from Einstein-Bose statistics symmetric entangled states of identical bosons.

    Therefore, looking for real dark matter particles whizzing through space (on-mass-shell) is like looking for the motion of Earth through the mechanical Maxwell ether of Victorian physics with a Michelson-Morley interferometer - quaint.
    World's most sensitive dark matter detector operating at the Sanford Underground...See More
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