After analysing three months of data taken by LUX, physicists found no evidence for dark-matter collisions. However, because the experiment is the most sensitive yet to a range of WIMP masses, LUX has provided important new information about what dark matter is not. In particular, LUX is more than 20 times more sensitive than previous experiments when it comes to detecting low-mass WIMPs – those with masses of about 5–10 GeV/c2.
Dark matter remains elusive, at least on earth and for this type. However, up in space, the Alpha Magnetic Spectrometer has a different story, obviously. We still need a better understanding of those excess positron.
Zz.
No comments:
Post a Comment
The comments posted to this blog are MODERATED. All comments will require MY APPROVAL to be released, so please do NOT post multiple comments just because you do not see it appearing immediately!
All SPAM will never be approved for release in this blog, no matter how much you try to disguise it. CRACKPOTTERY and attempts at advertising your personal theory and website/blog will be treated in the same manner as unwanted SPAM.