Name: Future Collider Forum: 1st Workshop
Start: 2021-10-06T09:00:00+02:00
End: 2021-10-08T13:00:00+02:00
Location: No location set

Wednesday, 6 October
- 09:00 → 10:50
  Machine Session: Future Accelerators
  - 09:00
    
    Introduction 20m
    
    Speaker: Frank Simon (Max-Planck-Institute for Physics)
    
    Welcome.pdf
  - 09:30
    
    High field magnets 25m
    
    Speaker: Luca Bottura (CERN)
    
    20210421_HFM_FCC.pptx
  - 10:10
    
    FCC-ee: Merits and Challenges 25m
    
    Speaker: Frank Zimmermann (CERN)
    
    FCC-ee - Merits and Challenges.pptx
- 10:50 → 11:05
  
  Coffee and tea break 15m
- 11:05 → 12:50
  Machine Session: Future Accelerators
  - 11:05
    
    Muon Collider 25m
    
    Speaker: Daniel Schulte (CERN)
    
    Germany2.pdf
  - 11:45
    
    EuPRAXIA - The European ESFRI Plasma Accelerator Facility 20m
    
    Speaker: Ralph Assmann (MPY1 (MPY Fachgruppe 1))
    
    2021-10-05_FCF_WS1_out-compressed.pptx
    
    2021-10-05_FCF_WS1_out.pdf
  - 12:15
    
    ILC Positron Source and Plasma Lenses 20m
    
    Speaker: Gudrid Moortgat-Pick (FLC (Technol. zukuenft. Teilchenph. Experim.))
    
    fc-positron-source.pdf
Thursday, 7 October
- 09:00 → 11:00
  Detector Session
  - 09:00
    
    Detector concepts for Linear Colliders: Status and New Technologies 25m
    
    Speaker: Claude Vallee (CPPM/DESY)
    
    Vallee_FCF.pdf
  - 09:40
    
    Detector Development for Linear and Circular Colliders 25m
    
    Speaker: Dr Felix Sefkow (DESY)
    
    DetDev-LinCirc-FSefkow20211007-upload.pdf
  - 10:20
    
    Open Discussion 40m
Friday, 8 October
- 09:00 → 10:30
  Physics Session
  - 09:00
    
    Introduction to the physics case 25m
    
    Speaker: Michael Krämer (RWTH Aachen)
    
    FCF_2021_mkraemer.pdf
  - 09:40
    
    Tools for Physics studies 25m
    
    Speaker: Thomas Madlener (FLC (FTX Fachgruppe SFT))
    
    tools_sw_fc_ws_1021_tmadlener.pdf
- 10:30 → 10:45
  
  Coffee and tea break 15m
- 10:45 → 12:00
  Physics Session
  - 10:45
    
    Status of electroweak computations wrt numerical treatment of Feynman integrals 15m
    
    We are working on a computational set up to perform electroweak corrections at the three-loop level. The goal is to cover the computation of three-loop corrections contributing to the pseudo observables which are well defined at the Z-boson resonance.
    
    We would like to present the actual blueprint for the numerical evaluation of Feynman integrals and we are confident, that these ideas can be transferred to other projects dealing with radiative corrections.
    
    Speaker: Johann Usovitsch (CERN)
    
    Usovitsch.pdf
  - 11:10
    
    A Study of Top Anomalous Couplings at the FCC-ee 15m
    
    The FCC-ee as one of the proposed future $e^+e^-$ colliders offers indirect sensitivity to new physics at an unprecedented precision. The couplings of the top quark are of particular interest as it is the heaviest particle in the entire Standard Model suggesting it might couple more strongly to BSM fields. In this study, the expected sensitivity to top anomalous couplings at the FCC-ee is determined. The sensitivity is gauged in the semileptonic channel for top pair produced events in simulated datasets generated with FCCSW in the experimental environment of the IDEA detector at $\sqrt{s}$ = 365 GeV. Jet performance studies consider various jet definitions with work flowing back into FCCAnalyses to reevaluate jet tools in future works. Event reconstruction is performed, an event selection developed, and a kinematic fit is applied using a software package written in connection with the analysis. The 1sigma confidence intervals are determined for a minimal set of top anomalous couplings. The intervals are found from the observables of angular distributions and total cross sections for each coupling separately.
    
    Speaker: Julie Torndal (DESY / University of Copenhagen (NBI))
    
    TopAnomalousCouplings.pdf
  - 11:35
    
    Di-Higgs with missing transverse momentum at FCC-hh 15m
    
    The determination of the Higgs self-coupling from di-Higgs events is one of the clearest benchmarks for the FCC-hh. Its potential has been well established already in several final states. In this talk studies into final states of the di-Higgs system which involve neutrinos are presented. The inclusion of additional final states will help to improve the precision of the self-coupling measurement even further, and specifically neutrino channels will help to shed light on an experimental aspect for the FCC-hh which has not been well investigated yet: a robust reconstruction of the missing transverse momentum (ETMiss) is crucial for such analyses. It is is clear that ETMiss reconstruction at the FCC-hh will be extremely challenging due to the high pile-up enviroment, with the average interactions per bunch crossing expected to be of the order of 1000. First investigations into possible final states, their event selections and potential are presented, which in future can then be used to derive benchmark scenarios for the ETMiss reconstruction performance.
    
    Speaker: Birgit Stapf (ATLAS (LHC Experiment ATLAS))
    
    2021-10-08_FCForum_DiHiggsMET_birgitst.pdf

Future Collider Forum: 1st Workshop

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