Precision Higgs Measurements at the 250 GeV ILC
Tomohisa Ogawa
TL;DR
The paper discusses the potential of the 250 GeV stage of the ILC for precise, model-independent Higgs boson measurements, offering unique insights beyond the LHC and aiding new physics discrimination.
Contribution
It presents the capabilities and expected results of the 250 GeV ILC stage for Higgs physics, emphasizing its unique measurement potential.
Findings
Provides model-independent Higgs parameter determinations
Identifies measurements not possible at the LHC
Highlights potential for new physics discrimination
Abstract
The plan for the International Linear Collider (ILC) is now being prepared as a staged design, with the first stage of 2 at 250GeV and later stages achieving the full project specifications with 4 at 500 GeV. The talk presents the capabilities for precision Higgs boson measurements at 250 GeV. It is shown that the 250 GeV stage of the ILC will already provide many compelling results in Higgs physics, with new measurements unavailable at the Large Hadron Collider, model-independent determinations of key parameters, and possible discrimination of a variety of scenarios for new physics.
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