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Composite Weak Bosons. LHC. CERN. LHC. ATLAS at L arge H adron C ollider / CERN. CMS. Standard Model:. quarks - leptons - weak bosons ==> pointlike. present limit on the substructure of leptons and quarks. -. mass. Problem for Standard Model. Mass:. -. 1686. -. mass.
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Composite Weak Bosons LHC
CERN LHC
Standard Model: quarks - leptons - weak bosons ==> pointlike
present limit on the substructure of leptons and quarks
- mass Problem for Standard Model
Mass: - 1686
- mass 1916 geometry ( General Relativity )
- mass universal
Standard Model two different types of mass generation
electroweaktheory spontaneous symmetry breaking
proton weak boson ? <=mass=> H H
- alternative: mass generation confinement
===> weak bosons composite
v = 246 GeV => 0.3 TeV !! new interaction !!
- old references: Bjorken (1977) Fritzsch and Mandelbaum (1981) Abbott and Farhi (1981) Barbieri and Mohapatra (1981) Fritzsch, Kogerler and Schildknecht (1982) Uehara and Yanagida (1985)
- new: Fritzsch (2010) arXiv:1010.1428
- masses of composite weak bosons ? analogy
- QCD quark masses = 0 no electromagnetism
- QCD + QED Dynamical mixing of rho meson and photon:
- mixing parameter m decay constant
- m: mixing parameter m = 0.09
- mixing mass shift: 3.1 MeV
- masses of composite weak bosons ?
W ====>>> constituents
- lefthanded fermions
- electric charges
- haplons confined by gauge force QHD
- Gauge group of QHD: SU(n) ( e.g. SU(3) )
- mass scale of Q H D
- QHD Dynamical mixing of W-boson and photon
- mixing of W with photon m: mixing parameter
- Standard Model
- Q C D
- Q H D
- QCD + QED QHD+ QED ~10.4 GeV ~3.1 MeV
- W decay constant