Description
Book Synopsis
A concise introduction to the physics of charged macromolecules, from the basics of electrostatics to cutting-edge modern research developments. Providing a clear and intuitive view of concepts and theory, this accessible book also discusses results from real-world experiments and simulations. A perfect guide for students entering the field.
Trade Review
'Understanding the behavior of charged macromolecules in solution is one of the grand challenges of modern soft matter physics and chemistry, as these phenomena impact a multitude of cellular processes as well as numerous emerging technologies. This monograph, by a world expert in the field, is unique in providing a self-contained tutorial approach that begins with the basic of electrostatics, polymer conformations, and solution thermodynamics, and proceeds to cover self-assembly, phase separation and coacervation, dynamics, and polyelectrolyte gels. The level is tailored to beginning graduate students, and the author's style gently captures the mathematical sophistication required, while never losing sight of the underlying physics. This book represents the first comprehensive pedagogical overview of the field, and even experts can learn much from its treatment.' Tim Lodge, University of Minnesota
'This book will be essential reading for anyone interested in charged polymers, including biomolecules such as intrinsically disordered proteins and nucleic acids. A wonderful resource for bridging the gap between polymer physics and the biomolecular sciences. Finally a comprehensive treatment of this important topic that is accessible to a broad audience' Ben Schuler, University of Zurich
'An almost encyclopedic work on the physics of charged macromolecules, guiding the reader from concepts, theories, through different methodologies and all the way to complicated phenomenologies. An impressive tour-de-force and a must read at the intersection of soft matter and living matter communities.' Rudi Podgornik, Professor Emeritus, University of Ljubljana
Table of Contents
Preface; Acknowledgements; 1. Introduction to charged macromolecules; 2. Models of uncharged macromolecules; 3. Water, oil, and salt; 4. Charged interfaces and geometrical objects; 5. Dilute solutions of charged macromolecules; 6. Structure and thermodynamics in homogeneous polyelectrolyte solutions; 7. Dynamics; 8. Self-assembly and phase behaviors; 9. Adsorption, complexation, and coacervation; 10. Gels; 11. Epilogue; Appendices.
