Analysis of the triply heavy baryon states with QCD sum rules

TL;DR

This paper systematically studies triply heavy baryon states using QCD sum rules, focusing on specific quantum states and predicting their masses by subtracting contributions from related states.

Contribution

It introduces a method to analyze triply heavy baryons by subtracting contributions from opposite parity states within the QCD sum rules framework.

Findings

Predicted masses of ${1/2}^{ m iny ext{±}}$ and ${3/2}^{ m iny ext{±}}$ triply heavy baryon states.

Established a systematic approach for separating contributions from different parity states.

Provided theoretical predictions to guide future experimental searches.

Abstract

In this article, we study the ${1\over 2}^{\pm}$ and ${3\over 2}^{\pm}$ triply heavy baryon states in an systematic way by subtracting the contributions from the corresponding ${1\over 2}^{\mp}$ and ${3\over 2}^{\mp}$ triply heavy baryon states with the QCD sum rules, and make reasonable predictions for their masses.