Triggering on New Physics at the High-Luminosity LHC

America/New_York
Other Institutes

Other Institutes

Jadwin Hall, Princeton University
Description

The LHC community is now moving toward its final phase of experimental design, the Phase 2 Upgrade for the High-Luminosity LHC.  A critical step in defining the capabilities of new physics searches at the HL-LHC has begun with the definition of the Phase 2 trigger upgrades.  The experimental work on these systems will achieve sufficient maturity by the end of 2017, making this an ideal time for the experimental and theory communities to re-evaluate current strategies.  This is a critical time to develop new trigger definitions that address the many exciting new ideas being developed by the phenomenology community.  The strategies developed in this meeting will have a substantial impact on what new physics is recorded by the detectors and will ultimately inform our understanding of the physics accessible at the high-energy frontier.

Registration
Registration Form
    • 10:00 10:10
      Welcome and Introduction 10m
      Speaker: Isobel Ojalvo (Princeton University (US))
    • 10:10 10:35
      Session 1: Challenges and New Technologies for HL-LHC at CMS
      Convener: Jeffrey Berryhill (Fermi National Accelerator Lab. (US))
      • 10:10
        Phase 2 Trigger Overview 25m
    • 10:35 10:50
      Trigger and DAQ for Hadron Colliders 15m
      Speaker: Sridhara Dasu (University of Wisconsin Madison (US))
    • 10:50 11:15
      Phase 2 Trigger Overview 25m
      Speaker: Cristina Botta (CERN)
    • 11:15 11:35
      Coffee Break
    • 11:35 12:05
      Flavor gaps in heavy Higgs searches 30m
      Speaker: Dr Stefania Gori
    • 12:05 12:35
      SM at the HL-LHC 30m
      Speakers: Alexander Mitov (University of Cambridge (GB)), Alexander Mitov
    • 12:35 13:50
      Lunch Break
    • 13:50 14:20
      Large N, Disorder and Mimesis at the LHC 30m
      Speaker: Raffaele D'Agnolo
    • 14:20 14:50
      Track Trigger CMS 30m
      Speaker: Yuri Gershtein (Rutgers State Univ. of New Jersey (US))
    • 14:50 15:10
      Coffee Break
      • 14:50
        Current Level 1 Trigger Methods (CMS and ATLAS) 20m
    • 15:10 15:40
      Calorimeter Trigger CMS 30m
      Speaker: Cecile Sarah Caillol (University of Wisconsin Madison (US))
    • 15:40 16:10
      Muon Trigger CMS 30m
      Speaker: Michail Bachtis (University of California Los Angeles (US))
    • 16:10 16:50
      Discussion
    • 17:15 19:15
      Dinner: Triumph Brewery
    • 09:30 10:00
      Particle Flow at Level 1 30m
      Speaker: Giovanni Petrucciani (CERN)
    • 10:00 10:25
      Jet/MET with pileup and machine learning 25m
      Speaker: Nhan Viet Tran (Fermi National Accelerator Lab. (US))
    • 10:25 10:50
      Taus 25m
      Speaker: Isobel Ojalvo (Princeton University (US))
    • 10:50 11:00
      Good memory and neural nets - Machine Learning in the (L1) Trigger 10m
      Speaker: Darin Acosta (University of Florida (US))
    • 11:00 11:20
      Coffee 20m
    • 11:20 11:50
      Dark Showers: Motivation, Simulation, and Triggering 30m
      Speaker: Daniel Stolarski
    • 11:50 12:20
      Hidden valleys and where to find them 30m
      Speaker: Simon Knapen (Lawrence Berkeley National Lab)
    • 12:20 13:55
      Lunch 1h 35m
    • 13:55 14:25
      Topologies for X+Displaced Decay Signals 30m
      Speaker: Yuhsin Tsai
    • 14:25 14:55
      LLP Results Run 2 30m
      Speaker: Philip Coleman Harris (Massachusetts Inst. of Technology (US))
    • 14:55 15:25
      LLP 30m
      Speaker: Ted Ritchie Kolberg (Florida State University (US))
    • 15:25 15:45
      Coffee 20m
    • 15:45 16:15
      Discussion 30m
    • 16:15 16:45
      Searching for Simple Hidden Sectors 30m
      Speaker: Dr Brian Shuve
    • 10:00 10:30
      Stopping Quirks 30m
      Speaker: Dr Jared Evans
    • 10:30 11:00
      Extending coverage for exotic Higgs decays 30m
      Speaker: Dr Jessie Shelton
    • 11:00 11:30
      Summary of Workshop/Looking Forward 30m
      Speakers: Isobel Ojalvo (Princeton University (US)), Jeffrey Berryhill (Fermi National Accelerator Lab. (US)), Rick Cavanaugh (University of Illinois at Chicago (US))