Composite H. Fritzsch LMU Munich. LHC p 4 TeV 126 GeV.

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Presentation transcript:

composite H. Fritzsch LMU Munich

LHC

p 4 TeV

126 GeV

composite

pointlike quarks + leptons weak bosons

Anderson Brout – Englert Guralnik – Hagen - Kibble Higgs

composite

2 x 2 scalars

„Higgs“ - scalar

gauge theory

„Higgs“ - scalar

1 GeV

currentrho - meson

Dynamical mixing of rho meson and photon:

quarks

chiral gauge theory

glue  gluten

duality diagram

 duality diagram

 universality of coupling constants

Standard Model

4th color

 parity violation

 QCD Dynamical mixing of meson and photon

 QHD Dynamical mixing of W-boson and photon

Standard Model

QCD + QEDQHD+ QED

??? QHD gauge group ???

New: isoscalar

Present lower limit on X-mass: ~400 GeV

Example: M(X)=0.8 TeV

Coupling of X to leptons and quarks:  coupling of Z - boson

X – decay into muons  Z – decay into muons:

Total width of Z: 2.5 GeV

complexities of strong interactions ~ 1 GeV

complexities of QHD interactions ~ 1 TeV

three SU(2) singlets S(0) = 0 (0) S(1) = 0 (1) S(2) = 0 (2)

three SU(2) triplets T(0) = 1 (0) T(1) = 1 (1) T(2) = 1 (2)

strong mixing with glue mesons

1 GeV

0.1 TeV 0.5 TeV

strong mixing with gluton bosons

0.1 TeV

126 GeV

0.1 TeV 0.5 TeV

0.1 TeV 0.5 TeV

0.1 TeV 0.5 TeV

100 %

59 %

36 %

5 %

S(0): 0.05 Expected <

Z

three lepton-quark families

24 ? fundamental ? fermions ? 12 masses ? ? 10 mixing parameter ?

haplons also inside leptons and quarks

color lepton number

lepton-quark-family

gluton

s-wave

p-wave

126 GeV

above 1 TeV