TL;DR
The paper provides an overview of the JLC e+e- linear collider, detailing its parameters and potential for studying Higgs, Top, and SUSY physics at 500 GeV with high luminosity.
Contribution
It offers a comprehensive summary of JLC's design parameters and assesses its feasibility for key physics experiments based on the ACFA report.
Findings
JLC can operate at 500 GeV with high luminosity.
Feasibility studies support JLC's potential for Higgs, Top, and SUSY physics.
Detailed parameters of the accelerator and detector are provided.
Abstract
JLC is an e+e- linear collider designed for experiments at Sqrt(s)=500 GeV with a luminosity of up to about 2.5x10^{34}/cm^2/s. In this talk, after describing the parameters of JLC accelerator and detector, the feasibilities of JLC to study Higgs, Top, and SUSY physics are presented based on the ACFA report.
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Taxonomy
TopicsX-ray Diffraction in Crystallography