Zero Sound Propagation in Femto-Scale Quantum Liquids

TL;DR

This paper explains how zero-sound propagation in femto-scale quantum liquids influences charge equilibration during low-energy heavy-ion reactions, impacting the synthesis of exotic nuclei and element formation.

Contribution

It introduces a novel explanation of charge equilibration through zero-sound propagation in femto-scale quantum liquids, highlighting its role in nuclear reactions.

Findings

Charge equilibration is dominated by zero-sound propagation.

Zero-sound influences proton-neutron ratio averaging.

Implications for synthesis of exotic nuclei.

Abstract

Charge equilibration has been recognized as a dominant process at the early stage of low-energy heavy-ion reactions. The production of exotic nuclei is suppressed under the appearance of charge equilibration, in which the proton-neutron ratios of the final reaction products are inevitably averaged. Therefore charge equilibration plays one of the most crucial roles in the synthesis of chemical elements. Focusing on how and when the charge equilibration takes place, the zero-sound propagation in femto-scale quantum liquids is explained.