Re: [math-fun] new particle found?
The new particle might be the missing "Higgs bosoff" antiparticle to the Higgs boson. <bos|on>, <bos|off> (or </bos|on>), in <bra|ket> notation. At 11:04 AM 12/19/2015, Warren D Smith wrote:
CERN allegedly has found a new particle with mass 750 GeV/c^2. The heaviest standard model fundamental particles had been top quark (173) and Higgs boson (125).
What is this new particle? Does it really exist? Maybe it is merely some sort of composite "glueball" and nothing beyond the standard model. CERN does not yet consider itself to have the requisite 5sigma confidence level to announce it certainly exists, but presumably less than 1 more year of data would suffice.
Various physicists expressed skepticism.
http://www.livescience.com/53130-possible-new-particle-found.html
The anti-particle to the Higgs boson is the antichrist particle. -- Gene From: Henry Baker <hbaker1@pipeline.com> To: math-fun <math-fun@mailman.xmission.com> Sent: Saturday, December 19, 2015 11:34 AM Subject: Re: [math-fun] new particle found? The new particle might be the missing "Higgs bosoff" antiparticle to the Higgs boson. <bos|on>, <bos|off> (or </bos|on>), in <bra|ket> notation. At 11:04 AM 12/19/2015, Warren D Smith wrote:
CERN allegedly has found a new particle with mass 750 GeV/c^2. The heaviest standard model fundamental particles had been top quark (173) and Higgs boson (125).
What is this new particle? Does it really exist? Maybe it is merely some sort of composite "glueball" and nothing beyond the standard model. CERN does not yet consider itself to have the requisite 5sigma confidence level to announce it certainly exists, but presumably less than 1 more year of data would suffice.
Various physicists expressed skepticism.
http://www.livescience.com/53130-possible-new-particle-found.html
participants (2)
-
Eugene Salamin -
Henry Baker