IOP Series in Nuclear Spectroscopy and Nuclear Structure

Series Editors: John Wood, Georgia Institute of Technology, USA; David Jenkins, University of York, UK; Kristiaan Heyde, Ghent University, Belgium

About the Series

The IOP Series in Nuclear Spectroscopy and Nuclear Structure provides up-to-date coverage of theoretical and experimental topics in all areas of modern nuclear spectroscopy and structure. Books in the series range from student primers, graduate textbooks, research monographs and practical guides to meet the needs of students and scientists.

All aspects of nuclear spectroscopy and structure research are included, for example:

  • nuclear systematics and data
  • ab-initio models
  • shell model-based descriptions
  • nuclear collective models
  • nuclear symmetries and algebraic descriptions
  • many-body aspects of nuclear structure
  • quantum mechanics for nuclear structure study
  • spectroscopy with gamma-rays, charged particles and neutrons following radioactive decay and reactions
  • spectroscopy of rare isotopes
  • detectors employed for gamma-ray, neutron and charged-particle detection in nuclear spectroscopy and related societal applications

Authors are encouraged to take advantage of the features made possible by electronic publication to enhance the reader experience through the use of colour, animations, video and incorporating supplementary files in their work.

Series Editors

John Wood

Georgia Institute of Technology, USA

Kristiaan Heyde

Ghent University, Belgium

David Jenkins

University of York, UK

Recently published

Nuclear Data: A collective motion view

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Published December 2023

Nuclear Data: A primer

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Published August 2021

Quantum Mechanics for Nuclear Structure, Volume 2: An intermediate level view

Authors:

Published April 2020

Quantum Mechanics for Nuclear Structure, Volume 1: A primer

Authors:

Published December 2019

Forthcoming