Chiral Odd Generalized Parton Distributions in Position Space

TL;DR

This paper calculates chiral odd generalized parton distributions in position space using Fourier transforms of light-front wave functions, providing insights into the internal structure of hadrons with non-zero skewness.

Contribution

It introduces a method to compute chiral odd GPDs in position space at non-zero skewness via Fourier transforms of LFWFs, expanding understanding of hadron structure.

Findings

Chiral odd GPDs in position space are obtained for non-zero skewness.

Fourier transform approach links momentum transfer to spatial distributions.

Results enhance the understanding of hadron internal structure.

Abstract

We report on a calculation of the chiral odd generalized parton distributions (GPDs) for non-zero skewness $\zeta$ in transverse and longitudinal position spaces by taking Fourier transform with respect to the transverse and longitudinal momentum transfer respectively using overlaps of light-front wave functions (LFWFs).