2021:topics
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2021:topics [2021/01/15 17:27] emanuele.re |
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| ===== Preliminary list of topics for 2021 ====== | ===== Preliminary list of topics for 2021 ====== | ||
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| //(accessible to everyone, editing rights to conveners and organizers)// | //(accessible to everyone, editing rights to conveners and organizers)// | ||
| - | **__=== Session 1 ===__** | + | ==== Session 1 ==== |
| **__Jet substructure techniques:__** | **__Jet substructure techniques:__** | ||
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| * Probing the latest MC generators (PB algorithm, PANScales, Deductor...) with jet substructure | * Probing the latest MC generators (PB algorithm, PANScales, Deductor...) with jet substructure | ||
| * Finite N_C, beyond LL, ... | * Finite N_C, beyond LL, ... | ||
| + | |||
| + | **__Techniques and calculations for SM phenomenology:__** | ||
| + | |||
| + | ` * Calculations: | ||
| + | * expected precision for fundamental Standard Model processes at 14 and 100 TeV; what calculations are needed to match this precision? | ||
| + | * 2->3 at NNLO; status/challenges/prospects | ||
| + | * theory uncertainties; more rigorous estimates? correlations? | ||
| + | * theoretically sound definition of FONLL at the differential level, beyond incl. cross sections? | ||
| + | |||
| + | * PDFs: | ||
| + | * followup on PDF4LHC15 benchmarking exercise; better understanding of tolerances, tensions | ||
| + | * EW corrections/EW PDFs; how to provide consistent calculations | ||
| + | * small x resummation; what is HERA trying to tell us? | ||
| + | * EIC; what will EIC tell us? how do we prepare for that? | ||
| + | |||
| + | |||
| + | * Higgs: | ||
| + | * understanding the SM for high Higgs pT; role of top mass corrections/scheme (MSbar vs on-shell); improving channel sensitivities | ||
| + | * polarisation measurements (for diboson/VBS as well) | ||
| + | |||
| + | |||
| + | * Top: | ||
| + | * MSbar vs on-shell | ||
| + | * ttW; tension; can new calculations resolve it? | ||
| + | |||
| + | |||
| + | * Jets: | ||
| + | * flavor tagging of jets; matching what theorists can predict (IR safety) and what experimentalists can measure | ||
| + | |||
| + | **__Monte Carlo:__** | ||
| + | |||
| + | * Non-perturbative uncertainties | ||
| + | * common hadronisation interface and variations | ||
| + | * theoretical understanding | ||
| + | * differences in tuned comparisons | ||
| + | * pheno impact for certain classes of processes (e.g. VBF/VBS) | ||
| + | * Shower accuracy studies | ||
| + | * comparing different schemes on higher orders, evaluate phenomenological impact | ||
| + | * Subleading colour and interplay with colour reconnection | ||
| + | * New sampling methods and algorithms versus machine learning techniques | ||
| + | * Accuracy of merging resummed calculation versus ME+PS paradigms | ||
| + | * Photon physics, modelling of fragmentation | ||
| + | * Heavy flavour matching | ||
| + | * review of existing measurements | ||
| + | * Connecting precision calculation, fragmentation and decays | ||
| + | * partons at 100 TeV | ||
| + | * Common LHC event bazaar | ||
| + | * Status and needs for electroweak corrections and radiation in shower algorithms | ||
| + | * Machine learning and adaptive Monte Carlo methods | ||
| + | |||
| + | ==== Session 2 ==== | ||
2021/topics.txt · Last modified: 2021/02/09 10:56 by fabrizio.caola
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