Wave functions and their use in spectroscopy and phenomenology
T. DeGrand, M. Hecht
TL;DR
This paper discusses the calculation of Coulomb gauge wave functions for light quark systems and their application in excited state spectroscopy, providing a method for analyzing hadronic structures.
Contribution
It introduces a novel approach to compute Coulomb gauge wave functions and demonstrates their use as interpolating fields in spectroscopy of excited states.
Findings
Successful calculation of Coulomb gauge wave functions for light quarks
Application of wave functions as interpolating fields in spectroscopy
Enhanced understanding of excited state properties
Abstract
We describe the calculation of Coulomb gauge wave functions for light quark systems, and their use as interpolating fields for excited state spectroscopy.
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