Speaker
Juan Antonio Gil Fraile
Description
Gluons in unpolarized hadrons exhibit nontrivial spin-orbit correlations, which at sufficiently small longitudinal momentum fractions, can be characterized by highly entangled quantum states. In this work, we develop a quantum simulation framework to study the coupling between the intrinsic helicity and orbital angular momentum of a gluon on a quantum computer. We extend our framework to simulate the dynamics of multi-gluon systems by incorporating inter-gluon spin-orbit interactions and entanglement, thereby exploring the quantum information structure of gluonic matter on the quantum computer.
Author
Co-authors
Dr
Kwang Min Yu
(Collaborator)
Dr
Raza Sabbir Sufian
(Collaborator)
Dr
Taku Izubuchi
(Collaborator)
Dr
Talal Ahmed Chowdhury
(Collaborator)