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LPC EFT Workshop at Notre Dame

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Reading Room (1st floor South) (Jordan Hall)

Reading Room (1st floor South)

Jordan Hall

Notre Dame, IN 46556 USA
Kevin Patrick Lannon (University of Notre Dame (US)), Nick Smith (Fermi National Accelerator Lab. (US))
Description

Following the success of the inaugural LPC EFT Workshop, we are excited to host a tutorial, hackathon, and workshop event the week of April 22-26 at Notre Dame University. The workshop will include ample time for discussion centered around resolving outstanding practical questions towards performing large-scale EFT combinations within an experiment. Prior to the workshop, an introductory EFT tutorial and hackathon will be held. The 1-day tutorial will introduce EFT concepts and practical tools. For the 2-day hackathon: bring a proposal for a sample to generate, and leave with plots!

The workshop will be offered in a hybrid mode, however we ask that hackathon attendees be present in person.

 

Organizing Committee:

Andrei Gritsan (JHU)
Daniel Spitzbart (Boston)
Garyfallia Paspalaki (Purdue)
Jennet Dickinson (Fermilab)
Jonathan Wilson (Baylor)
Kelci Mohrman (Florida)
Kevin Lannon (Notre Dame)
Andrea Piccinelli (Notre Dame)
Lindsey Gray (Fermilab)
Michael Schmitt (Northwestern)
Nick Smith (Fermilab)
Robert Schofbeck (HEPHY Vienna)
Saptaparna Bhattacharya (Wayne State University)
Titas Roy (UIC)
Adam Martin (Notre Dame)

LPC Events committee

Gabriele Benelli (Brown U., Co-Chair)
Christopher Madrid (Fermilab, Co-Chair)
Jonathan Wilson (Liaison)

LPC Coordinators:

Bo Jayatilaka (Fermilab)
Kevin Black (U. Wisconsin Madison)

Event poster

dining.pdf
LPCEFTNDPosterDraft2.pdf
LPCEFTNDPosterDraft2_screen.pdf
LPC EFT Workshop at Notre Dame - draft for endorsements.pdf
parking.pdf
Participants
50 View full list
  • Monday 22 April
    • Introduction to EFT: Theory perspective Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
      Convener: Adam Orion Martin (University of Notre Dame (US))
      CMS_LPC_EFT_tutorial_gen_v2.pdf
      Github repository
    • 10:30
      Coffee break Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
    • Introduction to EFT: Generation tutorial Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
      Conveners: Daniel Spitzbart (Boston University (US)), Jennet Elizabeth Dickinson (Fermi National Accelerator Lab. (US))
      CMS_LPC_EFT_tutorial_gen_v2.pdf
      Github repository
    • 12:00
      Lunch Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
    • Introduction to EFT: Generation, analysis Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
      Convener: Kelci Ann Mohrman (University of Florida (US))
      CMS_LPC_EFT_tutorial_gen_v2.pdf
      Github repository
    • 15:00
      Coffee break Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
    • Introduction to EFT: Statistical analysis Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
      Convener: Nick Smith (Fermi National Accelerator Lab. (US))
      CMS_LPC_EFT_tutorial_gen_v2.pdf
      Github repository
  • Tuesday 23 April
    • Hackathon: Follow LHC EFT WG Flanner Hall 8th floor

      Flanner Hall 8th floor
    • Hackathon: Morning session Flanner Hall 8th floor

      Flanner Hall 8th floor
      • 3
        Topics
        Speaker: Nick Smith (Fermi National Accelerator Lab. (US))
    • 12:00
      Lunch Flanner Hall 8th floor

      Flanner Hall 8th floor
    • Hackathon: Afternoon session Flanner Hall 8th floor

      Flanner Hall 8th floor
  • Wednesday 24 April
    • Hackathon: Follow LHC EFT WG Flanner Hall 8th floor

      Flanner Hall 8th floor
    • Hackathon: Morning session Flanner Hall 8th floor

      Flanner Hall 8th floor
      • 4
        MELA Tools
        Speakers: Andrea Piccinelli (University of Notre Dame (US)), Mohit Vir Srivastav (Johns Hopkins University (US))
        EFT_workshop_mela.pdf
    • 12:00
      Lunch Flanner Hall 8th floor

      Flanner Hall 8th floor
    • Hackathon: Afternoon session Flanner Hall 8th floor

      Flanner Hall 8th floor
  • Thursday 25 April
    • How far beyond linear?: Morning session Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
      Conveners: Kelci Ann Mohrman (University of Florida (US)), Saptaparna Bhattacharya (Wayne State University (US))
      Recording
      • 6
        Introduction
        Speakers: Kevin Patrick Lannon (University of Notre Dame (US)), Nick Smith (Fermi National Accelerator Lab. (US))
      • 7
        When EFT for new physics is not linear
        Speaker: Duarte Fontes
        Presentation.pdf
      • 8
        Which orders
        Speaker: Adam Orion Martin (University of Notre Dame (US))
        Martin_ND_EFT.pdf
      • 9
        Truncation and validity
        Speaker: William Shepherd
        LPC_EFT_0423.pdf
        LPC_EFT_0423.pptx
      • 10:40
        Coffee break
      • 10
        Discussion (linear)
        Speakers: Kelci Ann Mohrman (University of Florida (US)), Saptaparna Bhattacharya (Wayne State University (US))
        doc
    • Reconstruction-level results: Morning session Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
      Conveners: Andrea Piccinelli (University of Notre Dame (US)), Titas Roy (University of Illinois at Chicago (US))
      EFT at reconstruction level.pdf
      Recording
      Recording (Part 2)
    • 12:00
      Lunch Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
    • Reconstruction-level results: Afternoon session Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
      Conveners: Andrea Piccinelli (University of Notre Dame (US)), Titas Roy (University of Illinois at Chicago (US))
      EFT at reconstruction level.pdf
      Recording
      Recording (Part 2)
      • 12
        Observables for EFT Measurements
        Speaker: Andrei Gritsan (Johns Hopkins University (US))
        talk_LPC_EFT_2024.pdf
      • 13
        Top entanglement
        Speaker: dorival Gonçalves (Oklahoma State University)
        Dorival_Notre_Dame.pdf
      • 14
        Simulation-based inference
        Speaker: Harry Prosper (Florida State University (US))
        LPC_EFT_2024.pdf
      • 15
        Discussion (reconstruction)
        Speakers: Andrea Piccinelli (University of Notre Dame (US)), Titas Roy (University of Illinois at Chicago (US))
        Google document to collect questions
    • 15:00
      Coffee break Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
    • Logistics of combining likelihoods: Late afternoon session Reading Room (1st floor South)

      Reading Room (1st floor South)

      Jordan Hall

      Notre Dame, IN 46556 USA
      Conveners: Jon Wilson (Baylor University (US)), Lindsey Gray (Fermi National Accelerator Lab. (US))
      Recording
    • 20
      Group dinner Carnegie Library

      Carnegie Library

      122 N Hill St 2nd floor, Mishawaka, IN 46544
      Speaker: Kevin Patrick Lannon (University of Notre Dame (US))
      Google maps
  • Friday 26 April
    • Unfolded results: Morning session Rm. 302, on balcony overlooking galleria

      Rm. 302, on balcony overlooking galleria

      Jordan Hall
      Conveners: Garyfallia Paspalaki (Purdue University (US)), Jennet Elizabeth Dickinson (Fermi National Accelerator Lab. (US))
      Recording
      Recording (Part 2)
      • 21
        Challenges in the EFT interpretation of unfolded cross section measurements
        Speaker: Andrew Gilbert (LLR / CNRS / École Polytechnique (FR))
        LPC-EFT-Unfolded.pdf
      • 22
        Higgs and STXS
        Speaker: Jonathon Mark Langford (Imperial College (GB))
        lpc_higgs_stxs_240426.pdf
      • 23
        SMEFT probes with LHC Drell-Yan data

        We discuss several opportunities for probing new physics in the SMEFT framework using LHC Drell-Yan data. We consider the forward-backward asymmetry, the lepton-pair transverse momentum, and the Collins-Soper angles, and show that this full spectrum of measurements can probe unexplored sectors of the SMEFT and can help distinguish between ultraviolet completions of the SMEFT. We present several challenges that arise in the comparison of theory with experimental data.

        Speaker: Prof. Francis Petriello (Northwestern University and Argonne National Lab)
        petriello-LPC2024.pdf
      • 10:30
        Group photo
      • 10:35
        Coffee break
      • 24
        (Library) EFT and PDFs interplay
        Speaker: Luca Mantani (DAMTP, University of Cambridge)
        Workshop-NotreDame.pdf
      • 25
        Discussion (unfolded)
        Speakers: Garyfallia Paspalaki (Purdue University (US)), Jennet Elizabeth Dickinson (Fermi National Accelerator Lab. (US))
        Google doc for questions
    • 12:00
      Lunch Rm. 302, on balcony overlooking galleria

      Rm. 302, on balcony overlooking galleria

      Jordan Hall
    • Building a sample library: Afternoon session Rm. 302, on balcony overlooking galleria

      Rm. 302, on balcony overlooking galleria

      Jordan Hall
      Conveners: Daniel Spitzbart (Boston University (US)), Nick Smith (Fermi National Accelerator Lab. (US))
      Recording
    • 14:45
      Coffee break Rm. 302, on balcony overlooking galleria

      Rm. 302, on balcony overlooking galleria

      Jordan Hall
    • 30
      Writing time Rm. 302, on balcony overlooking galleria

      Rm. 302, on balcony overlooking galleria

      Jordan Hall

      Session conveners convert notes to a summary of recommendations. Convenors named as editors, all discussion attendees as contributors

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