Download Advances in Quantum Science I: Theoretical and Methodological Approaches 2026
The first volume of the two-part series Advances in Quantum Science explores recent developments in quantum theory and computational science. The companion volume, Advances in Quantum Science II: Computational and Experimental Approaches, expands on these topics through additional computational and experimental perspectives. This book focuses on emerging theoretical frameworks and advanced computational methods that can support contemporary research in quantum science.
The opening section introduces recent developments in quantum electrodynamics and density matrix theory, followed by an examination of electrons and positrons using different theoretical approaches. The fundamentals of quantum entanglement are also discussed, extending the subject toward applications in quantum scattering. The second part of the book shifts its attention to modern computational techniques, including the study of ultrafast multistage charge transfer in molecular systems and the complex relaxation processes associated with these phenomena.
Additional chapters investigate computational approaches for exciton storage in quantum batteries and describe how relativistic effects can be incorporated into coupled cluster methods. By bringing together theoretical concepts and computational developments, this volume provides researchers working on electron-related phenomena with valuable scientific perspectives and methods that can contribute to the development of new research directions.
- Author (s): Taku Onishi
- Year of publication: 2026
- Publisher: Springer
- Language: English
- ISBN: 9819597161, 9789819597161, 9789819597178
- Number of pages: 380 pages
- Book format: PDF
- File size: 6 MB
