ILC - International Linear Collider
  • Introduction: Why exploring Higgs is important? What is the unique feature?
  • Speculation –What would have happen in the early Universe?
    • Mechanism of mass generation
    • (If Electroweak Baryogenesis?)
  • Mystery of mass and generation: What determines the mass of particles. What discriminates the three generations? Is this due to single reason – SM Higgs? Or any other reason?
  • Scalar particle.if exists (unique, and origin of many problems in SM
  • Why Higgs physics is exciting? Why Higgs is the key to understand the nature?
    • Almost nothing is known
    • Mystery of Vacuum.
    • Higgs is the origin of the present problems in our understanding of Nature
    • Yukawa-coupling determines mass and generation?
    • Self-coupling determines the Vacuum
    • Telescope to see the new physics
      • Different physics models and different phenomena
      • Models
        • Standard Model and Two-Higgs doublet model
        • SUSY
          • MSSM
          • NMSSM, XMSSM,,
        • If CP mixing, what happens ?
        • Electroweak Baryogenesis?
  • What has already known and what would be found at Tevatron and LHC?
  • Current knowledge of Higgs mass boundary
    • Experimental (SM, MSSM, Coupling limit in Model independent way)
    • theoretical boundary
      • SM
      • SUSY models
  • Tevatron reach
  • LHC potential (Discovery reach and potential for coupling)
  • How to produce at ILC?
    • Higgsstrahlung, Fusion process
    • Yukawa process
    • Self-coupling and multi-Higgs production
  • How to investigate at ILC
    • Experimental key techniques (quark tagging b/c, jet-energy)
    • Investigation channels/Modes (SM/2HDM/MSSM/NMSSM)
    • Analyses: model independent research
    • Analyses: combination with other findings
  • How well ILC can answer the questions? Experimental Sensitivities for 120-140, 160, 200, 300 GeV
    • Discovery limit of the production cross-section, branching ratio
    • Quantum numbers
    • Mass measurement precision
    • Gauge coupling (ZZH, WWH)
    • Yukawa (b, c, tau, missing)
    • Top-Yukawa
    • Challenge for mode decaying to muons, gammas
    • Self-coupling
    • Challenge on measurements on CP violation
    • Answers to be given to new physics
      • Case-A SM
      • Case-B MSSM
      • Case-C SUSY beyond MSSM
      • Case-D Large extra-dimensions, radion mixing
      • Case-E CP-violation
    • Answers to be given to the Mystery of Universe, Vacuum, generation, mass
  • Combination of LHC and ILC
    • Some senario
      • Heavy Higgs mass prediction by ILC and compare LHC results.
      • Measurements of SUSY model parameters
      • Discovery potential of Heavy Higgs, discremination of H and A in MSSM, discremination of MSSM and beyond.
 
ilcdcr/the_higgs_system.txt · Last modified: 2006/05/31 01:34 by ilcdcr
 
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