IAL Kick-Off Meeting
BCTP Seminar room (Wegelerstr. 10 - Seminar Room 2.019 - 53115 Bonn). Directions can be found here: https://www.bctp.uni-bonn.de/information/travel-information
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High dimensional (SM)EFT fits with large number of free parameters
High dimensional (SM)EFT fits with large number of free parameters. Overarching goal: "No Lose theorem" for future colliders: Which combination of deviations from the SM aty low energies (gmin2, etc) would guarantee a statistically significant distortion of spectrums (or more clear signals) at (a) future collider(s)
Speaker: Philip Bechtle (uni-bonn) -
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How to determine or even define "intrinsic" systematic uncertainties of Neural Network based classifiers
How to determine or even define "intrinsic" systematic uncertainties of Neural Network based classifiers. One approach might be adversarial attacks, which are studied within the AISafety Project of BMBF
Speaker: Timo Saala -
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"TH-EXP-synergies: how to efficiently scan SMEFT-couplings in high-dimensional spaces"
EFT strategies and synergies in global fits
Speaker: Lara Nollen -
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Numerical methods for sampling of high-dimensional phase spacesSpeaker: Cornelius Grunwald
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Coffee Break
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Normalizing flows for lattice field theoriesSpeaker: Kim Nicoli (TRA Matter, HISKP, Bethe Center for Theorethical Physics)
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Reconstruction of primary and secondary vertices with machine learning techniques. Exploring the reconstruction of long-lived particles.Speaker: Vadim Kostyukhin
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Higgs Tagging and Tau Identification with Computer VisionSpeaker: Tatjana Lenz (uni-bonn)
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10
Challenges in LFT
Challenges in LFT: increase of computational power over network (communication avoiding algorithms, data compression); ergodicity for larger and finer QCD simulations; overcoming bulk lattice phases in BSM stimulations of very strong couplings
Speaker: Oliver Witzel - 11
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Performance-portability and task parallelism for lattice field theorySpeaker: Bartosz Kostrzewa
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Critical SlowingSpeaker: Stefan Krieg (JSC, Forschungszentrum Jülich & HISKP, Bonn University)
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NSL: Nanosystem Simulation Library (NSL) implements statistical simulations for systems on the nanoscale.Speakers: Luu, Stefan Krieg