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Alessandro Vicini (University of Milan)13/10/2025, 08:30
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Alessandro Vicini (University of Milan)13/10/2025, 09:30
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Alessandro Vicini (University of Milan)13/10/2025, 11:00
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Sven Heinemeyer (IFT/IFCA (CSIC))13/10/2025, 13:30
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Maria Martinez (CAPA/Zaragoza University)13/10/2025, 15:30
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Alessandro Vicini (University of Milan)14/10/2025, 08:30
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Alessandro Vicini (University of Milan)14/10/2025, 09:30
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Alessandro Vicini (University of Milan)14/10/2025, 11:00
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Sven Heinemeyer (IFT/IFCA (CSIC))14/10/2025, 13:30
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Huilin Qu (CERN)14/10/2025, 15:30
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Maria Martinez (CAPA/Zaragoza University)14/10/2025, 18:30
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Alessandro Vicini (University of Milan)15/10/2025, 08:30
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Alessandro Vicini (University of Milan)15/10/2025, 09:30
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Sven Heinemeyer (IFT/IFCA (CSIC))15/10/2025, 11:00
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Alessandro Vicini (University of Milan)15/10/2025, 13:30
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Yue Meng (Shanghai Jiao Tong University)15/10/2025, 15:30
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Alessandro Vicini (University of Milan)16/10/2025, 08:30
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Huilin Qu (CERN)16/10/2025, 09:30
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Alessandro Vicini (University of Milan)16/10/2025, 11:00
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Ning Zhou (Shanghai Jiao Tong University)16/10/2025, 13:30
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Huilin Qu (CERN)16/10/2025, 15:30
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Alessandro Vicini (University of Milano)
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Alessandro Vicini (University of Milano)
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Alessandro Vicini (University of Milano)
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Alessandro Vicini (University of Milano)
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Alessandro Vicini (University of Milano)
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Prof. Shao-Feng Ge (TDLI-SJTU)
We propose practical ways of differentiating the various (Breit-Wigner, theoretical, and energy-dependent) resonance schemes of unstable particles at lepton colliders. First, the energy-dependent scheme can be distinguished from the other two by fitting the $Z$ lineshape scan and forward-backward asymmetries at LEP and future lepton colliders with the $Z$ mass $m_Z$, decay width $\Gamma_Z$,...
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