Репост из: Dale Gribble Indoctrination Center
addendum to rant and then i'm done promise:
https://en.wikipedia.org/wiki/Large_Underground_Xenon_experiment
dark matter doesn't exist, it never existed, einstein served soyance or i guess goyance slop to the world and everyone ate it up because "LOL E=MC2 RIGHT FELLOW WHITE PEOPLE?"
"Results
Initial unblinded data taken April to August 2013 were announced on October 30, 2013. In an 85 live-day run with 118 kg fiducial volume, LUX obtained 160 events passing the data analysis selection criteria, all consistent with electron recoil backgrounds. A profile likelihood statistical approach shows this result is consistent with the background-only hypothesis (no WIMP interactions) with a p-value of 0.35. This was the most sensitive dark matter direct detection result in the world, and ruled out low-mass WIMP signal hints such as from CoGeNT and CDMS-II.[8][9] These results struck out some of the theories about WIMPs, allowing researchers to focus on fewer leads.[10]
In the final run from October 2014 to May 2016, at four times its original design sensitivity with 368 kg of liquid xenon, LUX saw no signs of dark matter candidate—WIMPs.[7] According to Ethan Siegel, the results from LUX and XENON1T have provided evidence against the supersymmetric "WIMP Miracle" strong enough to motivate theorists towards alternate models of dark matter.[11] "
https://en.wikipedia.org/wiki/Large_Underground_Xenon_experiment
dark matter doesn't exist, it never existed, einstein served soyance or i guess goyance slop to the world and everyone ate it up because "LOL E=MC2 RIGHT FELLOW WHITE PEOPLE?"
"Results
Initial unblinded data taken April to August 2013 were announced on October 30, 2013. In an 85 live-day run with 118 kg fiducial volume, LUX obtained 160 events passing the data analysis selection criteria, all consistent with electron recoil backgrounds. A profile likelihood statistical approach shows this result is consistent with the background-only hypothesis (no WIMP interactions) with a p-value of 0.35. This was the most sensitive dark matter direct detection result in the world, and ruled out low-mass WIMP signal hints such as from CoGeNT and CDMS-II.[8][9] These results struck out some of the theories about WIMPs, allowing researchers to focus on fewer leads.[10]
In the final run from October 2014 to May 2016, at four times its original design sensitivity with 368 kg of liquid xenon, LUX saw no signs of dark matter candidate—WIMPs.[7] According to Ethan Siegel, the results from LUX and XENON1T have provided evidence against the supersymmetric "WIMP Miracle" strong enough to motivate theorists towards alternate models of dark matter.[11] "