FACULTY OF PHYSICS & ENGINEERING PHYSICS

DEPARTMENT OF NUCLEAR PHYSICS - NUCLEAR ENGINEERING - MEDICAL PHYSICS

  • Thầy Cô bộ môn VLHN-KTHN-VLYK, kỷ niệm 2023
  • GS. Itahashi, Đại học Osaka-Nhật Bản, giảng dạy cao học
  • Giáo sư Chary, Đại Học Satkatchewan -Canada, tham gia giảng dạy "Các vấn đề mới trong vật lý" cho lớp cao học

The Higgs boson was discovered in 2012 by the ATLAS and CMS Experiments at CERN, but its coupling to other particles remains a puzzle.

Fortunately, the LHC provides many windows into measuring Higgs boson couplings. There are four main ways to produce the Higgs boson: through the fusion of two gluon particles (gluon-fusion, or ggF), through the fusion of weak vector bosons (VBF), or in association with a W or Z boson (VH), or one or more top quarks (ttH+tH). There are also five main channels in which Higgs bosons can decay: into pairs of photons, W or Z bosons, tau leptons or b quarks. Each of these processes brings unique insights into the Higgs boson properties.

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