A self-confined Fermi-gas model for nuclear collective motion

TL;DR

This paper develops a microscopic Fermi-gas model to describe collective motion in hot nuclei, linking phenomenological parameters to nucleonic properties for better understanding of nuclear dynamics.

Contribution

It introduces a self-confined Fermi-gas model that connects microscopic nucleonic data with macroscopic collective nuclear behavior.

Findings

Expresses collective model parameters in terms of nucleonic quantities

Provides a microscopic basis for collective motion in hot nuclei

Enhances understanding of nuclear dynamics at finite temperature

Abstract

The main result of this study consists in working out a microscopic description of collective motion in hot nuclei, allowing to express the parameters of a phenomenological collective model in terms of nucleonic quantities.