Transverse momentum distributions of electron in simulated QED model
Navdeep Kaur, Harleen Dahiya
TL;DR
This paper investigates the transverse momentum distributions of electrons within a simulated QED model using light-front wave functions, providing insights into the internal structure of relativistic spin-1/2 systems.
Contribution
It introduces a method to compute TMDs for electrons in a simulated QED framework using overlap representation of light-front wave functions.
Findings
Calculated T-even TMDs in transverse momentum space for fixed x
Demonstrated the use of light-front wave functions in modeling electron structure
Provided results relevant for understanding relativistic composite systems
Abstract
In the present work, we have studied the transverse momentum distributions (TMDs) for the electron in simulated QED model. We have used the overlap representation of light-front wave functions (LFWFs) where the spin-1/2 relativistic composite system consists of spin-1/2 fermion and spin-1 vector boson. The results have been obtained for T-even TMDs in transverse momentum plane for fixed value of longitudinal momentum fraction .
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