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**Nov 15, 2012 1:13 pm**RÉSONAANCES: Higgs: what's new

Higgs at HCP2011 « viXra log

Higgs Results at Kyoto | Of Particular Significance

Summary of New Higgs Results | Of Particular Significance

Higgs: New ATLAS And CMS Results

CMS And ATLAS: Higgs To Tau Pairs!

The putative Higgs particle's mass is around 126 GeV with uncertainties around 0.4 GeV.

Nothing new on Higgs -> photon-photon or Higgs -> ZZ -> 4-charged-lepton

However, we have some results on some other decays.

Higgs -> tau-tau

ATLAS: 0.7 +- 0.7 Standard Model

CMS: 0.72 +- 0.52 SM

(Quantum Diaries)

Higgs -> bottom-bottom

ATLAS: "large negative fluctuation"

CMS: 1.3 - 0.6 + 0.7 SM

(Résonaances)

Also a test of spin-parity: 0+ (SM prediction) vs. 0-: better fit to 0+ by about 2.5 standard deviations.

(Quantum Diaries, Of Particular Significance)

To sum up, the putative Higgs particle is even more like the Standard-Model Higgs particle than had been reported earlier.

Higgs at HCP2011 « viXra log

Higgs Results at Kyoto | Of Particular Significance

Summary of New Higgs Results | Of Particular Significance

Higgs: New ATLAS And CMS Results

CMS And ATLAS: Higgs To Tau Pairs!

The putative Higgs particle's mass is around 126 GeV with uncertainties around 0.4 GeV.

Nothing new on Higgs -> photon-photon or Higgs -> ZZ -> 4-charged-lepton

However, we have some results on some other decays.

Higgs -> tau-tau

ATLAS: 0.7 +- 0.7 Standard Model

CMS: 0.72 +- 0.52 SM

(Quantum Diaries)

Higgs -> bottom-bottom

ATLAS: "large negative fluctuation"

CMS: 1.3 - 0.6 + 0.7 SM

(Résonaances)

Also a test of spin-parity: 0+ (SM prediction) vs. 0-: better fit to 0+ by about 2.5 standard deviations.

(Quantum Diaries, Of Particular Significance)

To sum up, the putative Higgs particle is even more like the Standard-Model Higgs particle than had been reported earlier.