Abstract
The Belle II experiment at SuperKEKB [Formula: see text] collider, Japan, is aiming at exploring flavor physics in high intensity frontier. The target instantaneous luminosity of SuperKEKB is at [Formula: see text], which is 40 times higher than that at KEKB. The renovated Belle II detectors around the interaction point are expected to collect [Formula: see text] data within 7 years. This gives high data statistics for precision measurements and probing new physics in rare decay studies. The Belle II experiment has successfully recorded the first collision events at SuperKEKB in April 2018, and is ready for physics data taking. This paper will cover the current status of Belle II and highlight its prospects on flavor physics.
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