Colliders of Tomorrow Kick-off - Muon Collider

Name: Colliders of Tomorrow Kick-off - Muon Collider
Start: 2023-02-23T14:30:00-06:00
End: 2023-02-23T16:00:00-06:00
Location: Sunrise - FNAL

Thursday 23 Feb 2023, 14:30 → 16:00 America/Chicago

Sunrise - FNAL

Karri Folan Di Petrillo (University of Chicago), Murtaza Safdari (Fermi National Accelerator Lab. (US)), Sridhara Dasu (University of Wisconsin Madison (US))

Description

We'll meet roughly twice a month on Thursday afternoons Central time. An invited speaker will start the meeting with a 30 min talk on a future collider related topic followed by a Q&A. In the second half the meeting, we'll plan for tutorials and give students an opportunity to present recent work.

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Karri Folan Di Petrillo

Murtaza Safdari, Sridhara Dasu, Gabriele Benelli, Marguerite Belt Tonjes

Join via phone

- 14:30 → 15:00
  
  Multi-TeV Muon Collider 30m
  
  Speaker: Karri Folan Di Petrillo (University of Chicago)
  
  2023.02.23.MuonCollider.pdf
  
  GMT20230223-203233_Recording_1600x800.mp4
  
  GMT20230223-203233_Recording.m4a
  
  GMT20230223-203233_Recording.transcript.vtt
- 15:15 → 16:00
  Discussion 45m
  
  Potential speakers, discussion topics, and tutorials for future meetings
  
  Ideas for physics/detector studies
  
  Your idea here!
  Discussion Notes
  Attendees:
  Topics:
  Projects
  What are the most important things to work on?
  What skills are needed?
  How much time does the person have to work on the project something meaningful?
  What weekly %-time is sufficient and for what duration?
  Who is available to supervise?
  Who is willing to provide a tutorial to get going?
  What resources are needed?
  All projects at this point are likely computing projects. Can we get started with "personal" or "local" resources?
  Snowmass machine is setup with IMCC provided software - how long are the machines available? Can people still get accounts?
  mucol01.hep.wisc.edu (02 ... as needed) are available with IMCC provided software - feel free to ask for an account if needed.
  mcsim01.fnal.gov at Fermilab, similar setup
  Current projects (in Americas) - who's doing what?
  Simone Pagan Griso, et al, LBL: Tracker reconstruction code development
  Patrick Meade et al, Stony Brook: Physics simulations including detector acceptance (PGS?)
  Daniel Ally, Grad Student, Tennessee: Tracker BIB occupancy and mitigation studies using full simulation
  Shivani Lomte, Grad Student, Wisconsin: Calorimeter BIB studies using full simulation
  Kenny Jia, UG Student, Wisconsin: Delphes HH study done with no-BIB study + Adding BIB to Delphes
  Sergo Jindariani et al Fermilab: occupancy/bandwidth/power estimates and readout/TDAQ design
  Max Swiatlowski, Kate Pachal, TRIUMF: jet/MET reconstruction
  Karri DiPetrillo, Ben Rosser et al, UChicago: detector design/acceptance
  ...
  Future projects - who's interested?
  Madgraph-Pythia-Delphes generated data with uproot+numpy+mathpltlib for analysis