Speaker
Dr
Assi Benoit
(FNAL)
Description
We present a generalization of the pNRQCD framework to multi-hadron systems, focusing on the regimes of binding for heavy di-quarkonium and di-baryon states in general. Employing advanced Quantum Monte-Carlo methods, we investigate these complex bound states’ binding and implications as potential dark matter candidates. Our methods aim to eventually illuminate their role in the dark matter relic density, offering a novel, precise and computationally feasible approach to understanding bound-state formation and computing interactions in a heavy QCD-like dark sector.
Author
Dr
Assi Benoit
(FNAL)