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Summary of Collider Scenarios - Higgs Factory Physics

This summary provides an overview of the Higgs Factory Physics scenarios discussed in the meeting, including topics such as CP quantum numbers, CP violation, Higgs couplings, cross sections, and low-energy gamma-gamma options. It also explores potential physics programs and costs associated with the low-energy gamma-gamma option.

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Summary of Collider Scenarios - Higgs Factory Physics

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  1. Summary of  Collider Scenarios Bruce Schumm 6/19 Scenarios Meeting

  2. Higgs Factory Physics • CP Quantum Numbers (longitudinal and transverse • photon pol) • CP Violation in the h,A,H loops • Higgs Couplings (widths) •  • WW • Tot

  3. 4-5  1-2  `LHC WEDGE’ (meas)/ (SM) WW(meas)/ WW(SM)

  4. Low-Energy  Option Would be premier  facility ~2010 • Physics…? •  cross section • Charm, bottom spectroscopy • Polarized cross section • Quark/baryon hadronization • Heavy quark baryons • Photon structure • Bc ? SUSY Higgs?

  5. Low-Energy  Option Costs •  Collisions not yet proven technology • Demonstrate all but • Short pulse train • High-power laser (100 J vs. 5 J) For ~ $10 M. To get to full physics program, more like (??) ¼ G$ 

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