Mystery of dark matter may be near to being deciphered

The universe is comprised of a large amount of invisible matter, dark matter. It fills the space between the galaxies and between the stars in the galaxies. Since the prediction of the existence of dark matter more than 70 years ago, all sorts of researchers – astronomers, cosmologists and particle physicists have been looking for answers to what it could be. With the latest observations from the Planck satellite, researchers from the Niels Bohr Institute, among others, may be closer than ever to a solution to the origin of the mysterious dark matter.

They predict a particle 10x mass of Higgs. Well let's see if LHC finds it. If they did it would disprove my idea that dark matter is a virtual particle quantum vacuum effect when the virtual fermion-antifermion pair density exceeds the virtual boson density. Dark energy just the opposite. This involves only basic Einstein general relativity and orthodox quantum theory. - Jack Sarfatti on Sept 5, 2012