Measurement of time integrated raw asymmetry in D^{0}\longrightarrow K^{0}_{s}K^{0}_{s}}$ decay at Belle II

Sumitted to PubDB: 2024-01-10

Category: Proceeding, Visibility: Public

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Authors	Sanjeeda Das, Kavita Lalwani
Date	2023-12-27
Belle II Number	BELLE2-CONF-PROC-2023-048
Abstract	$D^{0} ⟶ K_{s}^{0} K_{s}^{0}$ is a Singly Cabibbo Suppressed decay, which involves the interference of $c \overset{―}{u} ⟶ s \overset{―}{s}$ and $c \overset{―}{u} ⟶ d \overset{―}{d}$ transitions. Due to such interference, the Charge Parity asymmetry may be enhanced to an observable level within the Standard Model. In this work, the signal yield and corresponding raw asymmetry ( $A_{r a w}$ for $D^{0} ⟶ K_{s}^{0} K_{s}^{0}$ is measured using Belle II Monte Carlo (MC) samples at integrated luminosity of 1/ab.