Asian Physics and Software Meeting

→ Asia/Tokyo
Description
    • 15:00 → 15:10
      Schedule / Announcements / Discussion topics 10m
      • Beam dump exp.: beam test at KEK last week
        • press release, paper 2023 accepted by PTEP
      • FCC Reconstruction Workshop, Oct. 26-29
      • ICFA Seminar @ Toyama, Nov. 2-6; some high level message from ILC Diet-Federation Chairman being prepared
      • LCWS 2026 @ KEK, Nov. 9-13
    • 15:10 → 15:15
      Higgs to ss study (Iwate) 5m
      Speaker: Harukaze Ito (Iwate university)
      • learning to use BDT for the analysis
      • 44 input variables
      • exceeds memory limit of 4GB
      •  
    • 15:15 → 15:20
      Higgs to ss study (Tokyo) 5m
      Speaker: Takumi Seino (The university of Tokyo)

      I cannot attend the meeting today (and  also for next week), due to I'm attending ISBA26

      Currently working:

      • hadronic ch
        • trained ParT again since the last results (used past weight data for the prediction) had worse output score compared to the past training.
        • running Marlin processor with overlayremoval, in order to test if the remaining 2f bkg are due to pile-up performance or not
      • neutrino ch
        • as hadronic ch, got better results using DNN+templatefit
          • compared with last method, where only one BDT was applied
        • ↑ here, I didn't included 2fZhad and 4fWsl processes, which are omitted for Hss analysis
          • run Marlin for these processes, only for limited number of events
          • >> 2fZhad process survived sub-dominantly.
          • I will need to run marlin process again for 2fZhad bkg.
    • 15:20 → 15:30
      Higgs to bs / TPC distortion study 10m
      Speaker: Kanako Watanabe
    • 15:30 → 15:35
      PFA with machine learning 5m
      Speaker: Tatsuki Murata
    • 15:35 → 15:40
      Higgs to strange-quark study at FCC-ee 5m
      Speaker: Nagomi Dogishi (ICEPP, U. Tokyo)
      • V0 finder
      • LCFIPlus training
      • V0 difference in h->ss/gg samples: not significant
      • Angular distribution: difference in thrust, momentum
      •