Higgs boson production in the photon-photon collider mode of a high-energy e+ e- linear collider

Aug, 1992
27 pages
Published in:
  • Phys.Rev.D 48 (1993) 5109-5120
Report number:
  • UCD-92-22,
  • SCIPP-92-32

Citations per year

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Abstract: (APS)
We consider the production of the Higgs boson(s) of both the standard model and the minimal super-symmetric model via the collision of two polarized backscattered laser photons at an e+e− linear collider. The anticipated photon-photon luminosity should be sufficient to allow detection of any one of these Higgs bosons over a significant range of Higgs boson masses. In particular, the Higgs boson mass reach in the γγ collider mode may be somewhat larger than that of the corresponding e+e− linear collider. Moreover, γγ→H will provide a measure of the γγH coupling which arises at one loop, and therefore is potentially sensitive to all charged particles which gain mass through the Higgs mechanism.
  • photon photon: fusion
  • Higgs particle: photoproduction
  • photoproduction: Higgs particle
  • Higgs particle: decay modes
  • decay modes: Higgs particle
  • Higgs particle: branching ratio
  • supersymmetry
  • particle identification
  • background
  • yield