In this talk, I will present the latest results on CP violation in B-hadron decays from LHCb.
This talk will present the latest results of Higgs mass measurement and width constraint in the diphoton final state at CMS
The latest results of Hgg and HZZ mass combination will be presented
This talk reports recent LHCb results on time-dependent CP violation in beauty to charmonium decays.
We present the first principle calculation of form factors employing 2 + 1 flavor gauge ensembles with lattice spacings ranging from 0.06 to 0.1 fm and pion masses between 230 and 340 MeV.
The latest results of search for ttbar resonances at CMS will be presented
The latest results of Heavy resonance X-> bbgg at CMS will be presented.
Search for nonresonant HH→bbgg in Run 3 at CMS, will be presented
This presentation provides an overview of the Transformer-based GN3X boosted jet tagger in ATLAS, focusing on its performance and calibration for bb, cc, and tautau identification.
This report presents the light guide system for the LHCb ECAL Upgrade, focusing on its design and performance, as well as the upgrade schedule.
Mass production of bundler and light guide for the LHCb LS3 ECAL upgrade
This talk presents the first observation of the $B_{s0}^{*}(5700)^0$ state using the LHCb Run 1 and Run 2 data sample, revealing an unexpectedly light and narrow beauty-strange resonance in the $B_s^0\pi^0$ mass spectrum.
I will talk about the matching of $B$-meson QCD LCDA onto HQET LCDA and the power correction.
Physics benchmark studies of $B_s \to \phi \gamma$ channel for LHCb ECAL Upgrade II
We propose a new class of dark-shower signatures in Standard Model extensions featuring Hidden Valleys or dark sectors coupled through an s-channel mediator. In this framework, unstable dark pions appear as long-lived particles (LLPs), with their lifetimes treated as free parameters. The resulting signatures, which we term semi-visible emerging jets (SVEJ), continuously interpolate between the...
Femtoscopy provides a unique laboratory for studying hadron-hadron interactions via two-particle correlation functions (CFs), yet its predictive power is fundamentally limited by the unknown emission source $\mathcal{S}(r)$. We present a model-independent reconstruction of the proton-proton source by formulating the Koonin-Pratt equation as an inverse problem, stabilized through Tikhonov...
Grid digital certificates form the foundation of identity in distributed high-energy physics computing. Chinese users of the LHC experiments (ATLAS, CMS, LHCb), as well as grid computing for JUNO and Belle II, rely on certificates issued by the IHEP Grid Certification Authority (IHEP CA), a regional CA within the IGTF trust framework.
The legacy IHEP CA, built on OpenCA, has been in service...