Plan of activities software developments and Lo I

Plan of activities: software developments and Lo. I for Snowmass Donatella Lucchesi August 24 th 2020 12/26/2021 1

Software development Ø Snowmass activities require software to simulate and reconstruct different samples of events. Ø Other future experiments are ready with the code, in particular they have the DELPHES cards Ø Here the CLIC DELPHES card description We are not yet ready for a so complete card but we should start to give people tools for the simulation. Besides the issues with the BIB full event reconstruction we miss the full reconstruction: q photon q electron Assumptions: Ø jets will be followed by Padova + ? Ø muon will be finalized by PV + ? Ø tracking is studied by Massimo, Nazar, recently added Simone Pagan Griso (LBL), +? 12/26/2021 2

Plan for the code for Snowmass activities a) We prepare a DELPHES card by the end of the year (December or earlier if possible) with our best knowledge of detector description and performance. This will be released to everybody to perform "standard" studies. b) For not standard-studies where the full simulation is needed, we need to provide a package, for example the one prepared by Paolo, Alessio and Massimo for the hands on, with instructions. People can use it for studies but with not guarantee support. To have such code people have to agree to present to our meeting the studies performed before submitting them to Snowmass. We do not ask to sign them, we just want to avoid that people submit strange things and then we have to understand what they have done. Plan for our activities during August/September: A. DELPHES card elements 1. Detector description 2. Tracking performance 3. Jets performance 4. b-tag performance 5. Muon performance B. Full simulation 1. Solve output issue 2. Define tracking regions 3. Define jets reconstruction 4. b-tag ? 5. Define muon reconstruction 12/26/2021 3

Snowmass Lo. I due by August 31 st Daniel Schulte proposed: * Muon Collider facility overview (Daniel Schulte) * Muon Collider proton source (Chris Rogers ) * Muon Collider electron source/LEMMA (Nadia Pastrone) *v. FFAs in Muon Collider (Shinji Machida) * Nu. Storm (Ken Long) * Machine Detector Interface (Donatella Lucchesi) * Detectors (Nadia Pastrone) * Physics (Andrea Wulzer) I think we should submit: • Study of Higgs couplings to bosons, fermions and self-couplings • Methods for Luminosity determination • Development of tracking algorithms? • ? 12/26/2021 4