Light-front potential for heavy quarkonia constrained by the holographic soft-wall model

TL;DR

This paper derives a light-front Schrödinger equation for heavy quarkonia using constraints from the holographic soft-wall model, providing a new theoretical framework for understanding quark-antiquark interactions.

Contribution

It introduces a novel light-front potential for heavy quarkonia based on holographic principles, bridging soft-wall models with quarkonium dynamics.

Findings

Derived a light-front Schrödinger equation for heavy quarkonia.

Established constraints from the holographic soft-wall model.

Provided a theoretical basis for future quarkonium studies.

Abstract

We derive a light-front Schrodinger-type equation of motion for the quark-antiquark wave function of heavy quarkonia imposing constraints from the holographic soft-wall model.