They collide hadrons. Don't they?
They kill softly physical models too
Update:
The 2TeVbump@LHC chronicle probably comes to a dead end
Who wants to bet on a 750 GeV brother to the Higgs boson?
Let us wait for acknowledging our legitimate 125 GeV scalar from data at 13 TeV first!
No diboson excess around 2 TeV in the data collected at 13TeV for CMS as far as I understand it ...
More to come later (after work ;-)
https://webcast.web.cern.ch/webcast/play.php?event=442432Update:
The 2TeVbump@LHC chronicle probably comes to a dead end
The preliminary results presented by the ATLAS collaboration point to the same conclusion as CMS (slides below) as far as the former reported deviations from the standard model predictions near 2 TeV as concerned... They were probably bad correlated statistical flukes.
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| CMS 13 TeV ResultsLPCC Special Seminar December 15, 2015 Jim Olsen |
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| Results with the Full 2015 Data Sample from the ATLAS Experiment Marumi Kado |
Who wants to bet on a 750 GeV brother to the Higgs boson?
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| Results with the Full 2015 Data Sample from the ATLAS Experiment Marumi Kado |
 |
| CMS 13 TeV ResultsLPCC Special Seminar December 15, 2015 Jim Olsen |
Let us wait for acknowledging our legitimate 125 GeV scalar from data at 13 TeV first!
 |
| Results with the Full 2015 Data Sample from the ATLAS Experiment Marumi Kado |
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