Rick Van Kooten
Indiana University High Energy Physics

• Summary, page 1
• Summary, page 2

Berkeley 2000: Workshop to Study Physics and Detectors of Future e⁺e^- Colliders
LBL, Berkeley CA, 30 March 2000

• Cover Page and Outline
• Electroweak Indirect Higgs Limits
• Direct SM Higgs LEP Limits
• Direct MSSM Higgs LEP Limits
• Future of LEP2 SM Higgs Limits
• Prospects for Indirect limits from "GigaZ" High Precision
• Production
• Production II
• SM Higgs Decay and Branching Ratios
• MSSM Production
• MSSM Mixing and where we are re: decoupling regime
• LEP2 Overlay for the above
• Decay topologies
• Observability: SM Higgs and examples in Higgstrahlung mode
• Observability: Example in fusion mode
• Observability: SUSY Higgs
• Decays into SUSY Particles
• Higgs Properties: What we want to know
• Mass measurement: Recoil mass method, Higgstrahlung mode
• Mass measurement: Recoil mass method, Fusion mode!
• Invisible decays
• Extra singlets
• Mass measurement: Direct reconstruction
• Mass measurement: Threshold scan
• Precision on Higgs Mass as function of mass
• Branching Ratios: Motivation
• Branching Ratios: Motivation II
• Branching Ratios: Variation overlaid on CMS discovery reach MSSM plot
• Branching Ratios Measurement: advanced tagging techniques
• Branching Ratios Measurement: results, Battaglia
• Branching Ratios Measurement: implication of results
• Branching Ratio: Higgs to gamma-gamma
• Yukawa coupling to top: radiative production ttH
• Compilation of Results for 120 GeV Higgs, 200 fb-1
• Experimental Issues I
• Experimental Issues II
• Total Higgs Width
• Total Width "dance" - Result goes back on to compilation slide
• Precision on total width extraction/measurement as function Higgs mass
• Measuring Spin, Parity
• Determining CP nature
• Higgs Potential: motivation
• Higgs Potential: high lumi measurement
• Summary

• Talk as one PDF file`