# Erratum: Numerical values of the $f^F, f^D$ and $f^S$ coupling constants in SU(3) invariant Lagrangian of the interaction of the vector-meson nonets with $1/2^+$ octet baryons [Phys. Rev. C93, 055208 (2016)]

## TL;DR

This paper clarifies that the numerical values of certain coupling constants in an SU(3) invariant Lagrangian are unaffected by the specific $ ext{omega-phi}$ mixing scheme used.

## Contribution

It provides a correction or clarification showing the independence of coupling constants from the $ ext{omega-phi}$ mixing choice in the SU(3) invariant framework.

## Key findings

- Coupling constants are independent of $ ext{omega-phi}$ mixing scheme.
- The paper corrects previous assumptions about mixing dependence.
- Clarifies the theoretical consistency of the coupling constants.

## Abstract

It is clearly demonstrated that numerical values of the $f^F, f^D$ and $f^S$ coupling constants in SU(3) invariant Lagrangian of the interaction of the vector-meson nonets with $1/2^+$ octet baryons do not depend on the chosen version of the $\omega-\phi$ mixing.