Rick Van Kooten
Indiana University High Energy Physics

Talk to Linear Collider Detector (LCD) Working Group
SLAC, 14 Nov. 2000

• Talk as one whole PDF file

• Cover Page and Outline
• Higgs Properties: What we want to know
• Berkeley Plans I
• Berkeley Plans II
• What has changed?
• Direct SM Higgs LEP2
• Higgs reach at FNAL
• MSSM Mixing and where we are re: decoupling regime, with LEP2 overlay
• Benchmark, tracking momentum resolution: Mass measurement: Recoil mass from leptons, Higgstrahlung mode
• Update of above
• Benchmark, dijet invariant mass resolution: Mass measurement: Direct reconstruction
• LCD: Frey et al.: energy flow1
• LCD: Frey et al.: energy flow2
• Benchmark, jet energy resolution: Mass measurement: Recoil mass from jets, both fusion and Higgsstrahlung
• Benchmark, jet energy resolution: Mass measurement: Recoil mass from jets, fusion mode
• Mass measurement: Threshold scan
• Benchmark vertexing,  Branching Ratios Measurement: advanced tagging techniques
• Branching Ratios Measurement: results, Battaglia
• LCD: Brau et al.: simulations
• LCD: Brau et al.: tagging efficiencies
• LCD: Brau et al.: Br errors
• Variation of tagging efficiency with jet energy, S. Xella
• Benchmark electromagnetic energy resolution, Branching Ratio: Higgs to gamma-gamma
• TESLA gamma-gamma resolution
• ...and updated
• Invisible decays
• TESLA precision, invisible decays
• Total Higgs Width: LEP2 implications?
• Measuring Spin, Parity
• Yukawa coupling to top: radiative production tth
• tth Results: Dawson
• Experimental Issues I
• Experimental Issues II
• Determining CP nature (~skip)
• Higgs Potential: high lumi measurement (~skip)
• Status/plans
• Detector benchmarking 1
• Detector benchmarking 2