Weak Hadronic decays of Charmed Baryons and Current-Algebra Scheme

TL;DR

This paper investigates weak decays of charmed baryons into ground states and mesons using current algebra, providing calculations of decay rates and asymmetry parameters with implications for understanding these processes.

Contribution

It applies current algebra techniques to analyze charmed baryon decays, offering new calculations of decay rates and asymmetry parameters for specific decay modes.

Findings

Calculated partial decay rates for charmed baryons

Determined asymmetry parameters for decay modes with ΔC=ΔS=-1

Discussed implications of decay characteristics on weak interaction models

Abstract

The weak decay of charmed baryons multiplets into ground state and mesons are investigated using current algebra technique. Some of the interesting results on the partial decays rates and the asymmetry parameters for $\Delta$C=$\Delta$S=-1 the mode are calculated and consequences discussed