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Leading-twist TMDs for pion and kaon using power law wave functions

ATHICS 2025 proceeding on leading-twist TMDs for pion and kaon with power-law wave functions, with predictions for AMBER, JLab, and EIC experiments.

Authors

S. Puhan, and H. Dahiya

Journal

ATHICS 2025

Date

January 10, 2025

Abstract

This work presents a comprehensive study of pion and kaon structure using light-front dynamics. The structural properties including distribution amplitudes, parton distribution functions, and form factors are investigated within the light-cone quark model framework. The results provide valuable insights into the internal structure of pseudoscalar mesons relevant for upcoming experiments at AMBER, JLab, and the Electron-Ion Collider.

Summary

Comprehensive structural analysis of pion and kaon using light-front dynamics, covering DAs, PDFs, and form factors. Results provide predictions relevant for upcoming experiments at AMBER, JLab, and the Electron-Ion Collider.

Authors: S. Puhan, and H. Dahiya
Published in: ATHICS 2025

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