000000846 001__ 846
000000846 005__ 20180514121006.0
000000846 037__ $$aBELLE2-CONF-PROC-2018-007
000000846 041__ $$aeng
000000846 100__ $$aI.Komarov
000000846 245__ $$aStatus and prospects of Belle II at SuperKEKB
000000846 260__ $$a$$c2018-05-07
000000846 300__ $$a4
000000846 520__ $$aBelle II experiment at SuperKEKB accelerator started to collect the first data from $e^+e^-$ collisions. The dataset collected this year will be used for detector studies that will be coupled with the physics analyses, such as searches for the Dark Photon. In 2019, Belle II commissioning will enter the final phase and detector will start data taking with gradually increasing instantaneous luminosity. In this talk, we review some of the key Belle II features and analysis techniques together with their applications. Using the Full Event Interpretation algorithm, Belle II will be able to improve world average measurement of $\mathcal{R}(D^{(*)})$ by the factor of 2 by 2021. By the same time, high sensitivity to Time-Dependent CP Violation measurements  will allow to improve $b\to qqs$ results twice. Belle II has an ambitious programme in $\tau$ physics, aiming to move down the upper limit of the rate of Charged Lepton Flavour Violating  $\tau$  decays by the order of magnitude. Belle II has unique reach for many heavy quarkonia measurements, such as energy scans of e+e- collisions at energies above open flavour limit that will reveal the structure of heavy bottomonium-like resonances.
000000846 6531_ $$aBelle II
000000846 6531_ $$aProspects
000000846 8560_ $$filya.komarov@desy.de
000000846 8564_ $$uhttps://docs.belle2.org/record/846/files/%20BELLE2-CONF-PROC-2018-007.pdf
000000846 8564_ $$uhttps://docs.belle2.org/record/846/files/first%20submission.pdf
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