Faster Uncertainty Scores for AI Simulations of LHCb’s Cherenkov Detector
Researchers report that a feature-densities method delivers uncertainty scores comparable to Monte Carlo dropout for a Cramér GAN simulating LHCb's ...
Researchers report that a feature-densities method delivers uncertainty scores comparable to Monte Carlo dropout for a Cramér GAN simulating LHCb's ...
LHCb's first-level trigger now runs a full Kalman filter track fit on around 500 GPUs at the experiment's full 30 ...
A simulation study shows that a data-driven calibration technique could let the LHCb experiment measure the Λ hyperon mass with ...
A Bayesian Markov chain Monte Carlo analysis of the Bc meson spectrum across three confining potential models finds stable low-lying ...
A new theoretical analysis shows that long-distance final-state rescattering explains the unexpectedly large branching fractions of rare B meson decays ...
A new theoretical analysis shows that rare kaon decays such as KL → π⁰ ν ν̄, KS → μ+μ− and ...
A new constraint analysis of CMS and LHCb data shows that quarkonium suppression in high-multiplicity proton-proton and proton-lead collisions cannot ...
A new theoretical study uses SU(3) flavor symmetry to quantify how spin-2 tensor mesons contribute to rare four-body B meson ...
A new quark model analysis calculates the strong decay widths of singly and doubly heavy charm and bottom baryons, finding ...
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© 2025 Scienmag - Science Magazine