117949676
Search for gamma-ray point sources by the fast-timing detector array in Tibet.
118786182
Performance of the AS array in Tibet for search for gamma-ray point sources.
197439475
Search for the decay $B_s^0 \to D^{*\mp} \pi^\pm$
125128095
Search for tau --> mu gamma decay at Belle
119220684
Search for the Signal of Monotop Production at the Early LHC
The main tasks of the LHC are to answer the fundamental questions in particle physics: whether the Higgs boson exist or not; are there new physics beyond the SM such as supersymmetry (SUSY), extra dimension, etc., at the TeV scale? The first stage of the LHC has discovered a scalar resonance closely resembling the SM Higgs boson, but provides no clue on the new physics beyond the SM.
125581437
Measurement of CP violation parameter sin** 2(phi(1)) with 152 million B anti-B pairs
16136601
Precise QCD predictions on top quark pair production mediated by massive color-octet vector boson at hadron colliders
We present a theoretical framework for systematically calculating next-to-leading order (NLO) QCD effects to various experimental observables in models with massive COVB in a model independent way at hadron colliders. Specifically, we show the numerical results for the NLO QCD corrections to total cross sections, invariant mass distribution and AFB of top quark pairs production mediated by a massive COVB in both the fixed scale (top quark mass) scheme and the dynamical scale (top pair invariant mass) scheme. Our results show that the NLO QCD calculations in the dynamical scale scheme is more reasonable than the fixed scheme and the naive estimate of the NLO effects by simple rescaling of the LO results with the SM NLO K-factor is not appropriate.