# Polarization in $\Xi_c^0$ decays

## TL;DR

This paper explores the potential to measure weak decay asymmetry parameters in polarized $\Xi_c^0$ baryon decays produced in electron-positron collisions, enhancing understanding of weak and strong interaction mechanisms.

## Contribution

It introduces a method to measure decay asymmetry parameters using polarization effects in $\Xi_c^0$ decays from $e^{+}e^{-}$ collisions, focusing on the $\Xi_c o \Xi \pi$ decay channel.

## Key findings

- Sensitivity estimates for asymmetry parameter measurements.
- Analysis of transverse polarization in $\Xi_c^0$ production.
- Spin transfer dynamics in $\Xi_c$ decays.

## Abstract

Measurements on the weak decay asymmetry parameters of charmed baryon, say $\Xi_c$, provide more information on the $W$-emission and $W$-exchange mechanisms controlled by the strong and weak interactions. Taking advantage of the spin polarization in the charmed baryon decays, we investigate the possibility to measure the weak decay asymmetry parameters in the $e^{+}e^{-}\to \Xi_c^0\bar\Xi_c^0$ process. We analyze the transverse polarization spontaneously produced in this process and spin transfer in the subsequent $\Xi_c$ decays. The sensitivity to measure the asymmetry parameters are estimated for the decay $\Xi_c\to\Xi \pi$.