Topics of the FCC-ee event:
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Overview of the FCC-ee project.
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Precision goals for Z, H, W, top, heavy flavour (tau, charm and beauty) physics.
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Physics reach of precision measurements comparing with BSM scenarios.
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Status of methods and tools for precision calculations.
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Monte Carlo: Theory and Experiments
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Detector requirements and challenges, technologies, simulations
In theory part, this is a follow up event after the first Mini workshop: Precision EW and QCD calculations for the FCC studies: methods and tools, 12-13 January 2018, CERN, Geneva, https://indico.cern.ch/event/669224/
Some previous important workshops of similar kind:
1. July 13-14 2015 (J. Ellis, C. Grojean, S. Heinemeyer) First FCC-ee mini-workshop on Precision Observables and Radiative Corrections
2. Feb 2-3 2016 (P. Azzi, F. Blekman, E. Locci, F. Piccinini, R. Tenchini) FCC-ee mini-workshop "Physics behind precision" 10th FCC-ee Physics Workshop
More precise topics are:
1. W mass measurements at FCC-ee-W energy, and other WW related measurements
2. Higgs mass and coupling measurements at FCC-ee-H
3. Top mass measurements at FCC-ee-t
4. Improvements on the determination of alpha_em and alpha_s
5. QCD issues in all the above measurements
6. Tau physics in its multiple role in production and decay processes
7. c,b-physics, precise calculations
8. Monte Carlo: Theory and Experiments
9. BSM versus SM in view of the very high precision of the FCC-ee measurements
10. FCC-ee and FCC-hh synergy for precise calculations
11. FCC-ee Tera-Z: definition of model independent EWPO’s, QED deconvolution
12. Status and planning of new methods and tools for future precision calculations
13. Detector requirements and challenges, technologies, simulations
