This book investigates the application of extended density functional approaches to understanding nuclear structure, particularly for nuclei far from the valley of beta-stability. The research presented aims to bridge the gap between phenomenological nuclear models and fundamental principles derived from Quantum Chromodynamics (QCD). It draws parallels with the successful use of Density Functional Theory (DFT) in molecular and condensed matter physics to address complex interacting systems. The volume is structured as a series of pedagogical lectures, intended for researchers, postgraduate students, and scientists in related fields.

The subject matter points to a dense, specialist text aimed at researchers and advanced students in nuclear physics. The focus on bridging phenomenology with QCD principles suggests a rigorous theoretical treatment. The pedagogical lecture format implies an effort to make complex topics accessible to a non-specialist audience within related scientific areas.