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Particle Physics on the Plains​ 2018

13–14 Oct 2018
University of Kansas
US/Central timezone

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Session

Higgs Physics I

13 Oct 2018, 09:00
1160 Integrated Science Building (University of Kansas)

1160 Integrated Science Building

University of Kansas

Department of Physics & Astronomy University of Kansas Malott Hall Lawrence, KS

Conveners

Higgs Physics I

  • Kuver Sinha (University of Oklahoma)

Presentation materials

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  1. 23. Welcome
    Hume Feldman (University of Kansas), Ian Lewis (The University of Kansas)
    13/10/2018, 09:00
  2. 24. Experimental Results for BSM at the LHC
    Christopher Rogan (The University of Kansas (US))
    13/10/2018, 09:15
  3. 14. Contribution of Scalar Singlet and Higher Dimension Operator in Higgs Physics
    Shekhar Adhikari
    13/10/2018, 09:45

    Standard model is successful in explaining Higgs physics, however new physics beyond the standard model may yet be expected. We study how the inclusion of real singlet scalar and dimension 5 operators effect SM Higgs physics. We do this by studying the deviations of the total width and branching ratios of the Higgs from the SM predictions. We also study the limit on scalar mixing angle and...

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  4. 12. Interference Effect in Di-Higgs Production in SUSY models (MSSM with Gauge Extensions)
    Yu Hang Ng (University of Nebraska-Lincoln)
    13/10/2018, 10:05

    It has been shown that the di-Higgs production cross section could be enhanced by resonant processes or non-resonant processes related to physics beyond the Standard Model. Nonetheless, no study has been done on the interference effect of resonant and non-resonant di-Higgs production (within the context of Minimal Supersymmetric Standard Model). In this talk, I would like to discuss the...

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  5. 4. Resonant Di-Higgs Production at Gravitational Wave Benchmarks: A Collider Study using Machine Learning
    Huaike Guo (Institute of Theoretical Physics, Chinese Academy of Sciences)
    13/10/2018, 10:25

    I will talk about our recent work on a new study of the resonant di-Higgs production using machine-learning techniques for collider analysis and
    focusing on benchmarks which can generate detectable gravitational wave signals from electroweak phase transition at space-based interferometer gravitational wave detectors.(paper link https://arxiv.org/abs/1808.08974)

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