| Paper | Title | Page |
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MOXBA02 |
Physics at Future Colliders | |
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| The physics program at the Future Circular Colliders is summarised. The synergy and complementarity between the leptonic FCC-ee collider and the hadronic FCC-hh collider are discussed. The foreseen improvements on Higgs measurements are presented using the data from both the leptonic and the hadronic FCC machines . The improvements obtainable on several searches for physics beyond SM are discussed. The possibilities presented by the FCC-eh machine are also briefly shown. | ||
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TUXAA02 |
Higgs Physics at the Higgs Factory and Complementarity with Hadron Colliders | |
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| The FCC machines, including the leptonic machine FCC-ee and the hadronic FCC-hh version, will allow unprecedented precision measurements of the Higgs parameters and couplings. The foreseen improvements on these quantities are discussed and presented in comparison with the results obtainable at leptonic linear colliders. | ||
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TUXBA03 |
Electroweak Physics at CEPC | |
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| The Circular Electron Positron Collider (CEPC) project aims to build a circular electron- positron collider capable of precision physics measurements at center-of-mass energies ranging from 90 GeV to 240 GeV. The CEPC has a total circumference of at least one hundred kilometers and at least two interaction points. In its 10 years operation at 240 GeV, it will collect more than one million Higgs events. CEPC will also run at Z pole for two years, producing more than 300 billion Z bosons in two year. It will also collect data around WW threshold for one year, in order to perform the W boson mass measurement with high precision. These datasets will boost the precision of electroweak measurements by orders of magnitude. An overview is presented of the potential of CEPC to advance precision studies of electroweak physics with an emphasis on the opportunities in W and Z physics. | ||
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