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Standard Model at the LHC 2025

7–10 Apr 2025
Durham
Europe/London timezone

Session

Higgs physics

7 Apr 2025, 09:00
Applebey Lecture Theatre W103 (Durham)

Applebey Lecture Theatre W103

Durham

Conveners

Higgs physics

  • Alexander Held (University of Wisconsin–Madison)
  • Matthias Schröder (Universität Hamburg)
  • Stephen Jones (IPPP, Durham)

Higgs physics

  • Alexander Held (University of Wisconsin–Madison)
  • Stephen Jones (IPPP, Durham)
  • Matthias Schröder (Universität Hamburg)

Presentation materials

There are no materials yet.

  1. 32. Precise predictions for ttH production at the LHC
    Chiara Savoini (TUM)
    07/04/2025, 09:00
  2. 33. Advances in ttH/tH (including ttH CP)
    Giantonio Pezzullo
    07/04/2025, 09:25
  3. 34. Current Multi Higgs Measurements and Projections for the European Strategy Update
    Agni Bethani
    07/04/2025, 09:50
  4. 35. Higgs Boson Production and Decay in Weak Boson Fusion (Remote)
    Raoul Rontsch (Milan)
    07/04/2025, 10:15
  5. 36. Recent Highlights in Differential / STXS Results for Higgs
    George Uttley
    09/04/2025, 09:00
  6. 37. Higgs NNLO+PS
    Christian Biello (MPP Munich)
    09/04/2025, 09:25
  7. 38. Quark Mass Effects in Higgs Boson Processes
    Rene Poncelet (Cavendish Laboratory Cambridge)
    09/04/2025, 09:50
  8. 39. Higgs Measurements using Simulation Based Inference Techniques
    Tae Hyoun Park
    09/04/2025, 10:15
  9. 7. Measurements of Higgs boson associate production with a leptonically decaying vector boson in the H to bb/cc decay channel within the ATLAS detector
    Gabriele D'Anniballe (Pisa)
    Higgs physics
    ESR Talk

    With the highest expected branching-ratio (56\%), the Higgs boson decay into a $b$-quark pair plays a crucial role in the determination of the Higgs Yukawa couplings, as well as its general properties. On the other end, the Higgs boson is expected to decay to $c$-quarks much more rarely, with a branching-ratio of 3\%, and the search of this decay requires the state of the art of jet...

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  10. 4. Top-induced NLO electroweak corrections to di-Higgs boson production
    Dr Arunima Bhattacharya (IFIC, University of Valencia)
    Higgs physics
    ESR Talk

    Understanding the Higgs boson self-coupling is fundamental to uncovering the structure of the Higgs potential and testing the Standard Model (SM) at a deeper level. Among the various processes that probe this coupling, Higgs boson pair production via gluon fusion—a loop-induced mechanism—is among the primary ones. In particular, the electroweak (EW) sector plays a pivotal role in reducing...

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