  This is a brief overview on the low energy supersymmetry in light of current
experiments including the LHC searches, the dark matter (DM) detections, the
muon g-2 and the CDF II measurement of the W-boson mass. We focus on the
minimal framework of supersymmetry, namely the minimal supersymmetric model
(MSSM), and obtain the following conclusions: (i) The MSSM can survive all
current experiments, albeit suffering from the little hierarchy problem due to
the heavy stops pushed up by the LHC searches; (ii) The DM relic density can be
readily achieved by the thermal freeze-out of the lightest neutralino and the
null results of DM direct detections are typically driving the parameter space
to the bino-like lightest neutralino region; (iii) The muon g-2 anomaly
reported by FNAL and BNL can be explained at 2-sigma level, which indicates
light sleptons and electroweakinos possibly accessible at the HL-LHC; (iv) The
CDF II measurement of the W-boson mass can be marginally explained, but
requires light stops near TeV which may soon be covered by the LHC searches.

High Energy Physics - Phenomenology;High Energy Physics - Experiment