Current problems in few-nucleon physics: selected examples

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About the speaker

Professor Roman Skibiński is a theoretical nuclear physicist at the Marian Smoluchowski Institute of Physics, Jagiellonian University. His research centers on few-nucleon systems, nuclear forces, chiral potentials, and advanced theoretical methods such as Faddeev equations and relativistic formalisms.

Abstract

In my review, I will discuss selected examples of current research in the ab-initio few-nucleon physics. In addition to advances in the standard goal of this field — the understanding the nuclear two- and three-body potentials — I will give examples of recent research that goes beyond, to some extent, this topic. Specifically, I will focus on the quantum entanglement, uncertainty quantification, applications beyond three-nucleon systems, and beyond the low-energy regime.