A possible description of the quantum numbers in a hadronic string model

TL;DR

This paper proposes a novel approach to incorporating hadronic quantum numbers into a superconformal string model, enabling physical states to carry quantum numbers as eigenfunctions of specific operators, advancing the theoretical understanding of hadronic interactions.

Contribution

It introduces a new method for embedding hadronic quantum numbers into a superconformal string framework, with explicit construction of quantum number operators.

Findings

Quantum numbers are assigned to physical states as eigenfunctions.

Explicit operators for quantum numbers are constructed.

The model offers a new perspective on hadronic interactions.

Abstract

We consider a critical composite superconformal string model to desribe hadronic interactions. We present a new approach of introducing hadronic quantum numbers in the scattering amplitudes. The physical states carry the quantum numbers and form a common system of eigenfunctions of the operators in this string model. We give explicit constructions of the quantum number operators.