10 Best Books on Spintronics

“Novel Materials and Devices for Spintronics: Volume 1183 (MRS Proceedings)” Book Review: This book explores the theoretical and experimental aspects of spin phenomena in the solid state, focusing on both traditional materials like inorganic metals and semiconductors and newer materials such as organics and multiferroics. The topics covered include dilute magnetic semiconductors and oxides, magnetic resistive RAM, single-spin dynamics (III-V and group IV), spintronic materials, MTJ and dynamics, spintronics transport and imaging, and multiferroic materials and oxides. Additionally, an appendix featuring select papers from Symposium I, Engineered Multiferroics – Magnetoelectric Interactions, Sensors and Devices, is included. The book is aimed at students, researchers, and anyone interested in the subject.

“Spintronics for Next Generation Innovative Devices” Book Review: This comprehensive book covers a range of topics in the field of spintronics, from basic science to applications. It covers areas such as magnetic semiconductors, topological insulators, spin current science, spin caloritronics, ultrafast magnetization reversal, magneto-resistance effects and devices. The book also includes dedicated chapters on spin transistors and quantum information devices. Suitable for both researchers and students in academia and industry, this book provides a thorough introduction to the field of Spintronics.

“Spintronics: Materials, Applications and Devices” Book Review: This book is a compilation of the latest research from various parts of the world on materials, applications, and devices related to spintronics. Spintronics is the manipulation and control of electron spin and charge that results in the creation of innovative electronic devices, such as spin field effect transistors (SFETs), spin memory or storage devices, and spin quantum computers. These devices offer the potential for faster operation, reduced power consumption, and smaller size. The book provides a comprehensive understanding of the theoretical and practical aspects of spintronics, with the help of illustrations and diagrams. It is an ideal resource for anyone interested in gaining knowledge about the practical applications of spintronics.

“Introduction to Spintronics” Book Review: This book offers a clear, structured and progressive overview of spin, a quantum mechanical concept, and its technological applications. It covers the latest advances in spin-related physics, examining seven key physical phenomena and their relevance to spintronic devices. The text also explores the emerging field of magnetism-free spintronics, which allows for spin current manipulation through electrical means alone. Additionally, the book introduces the idea of single-domain-nanomagnet-based computing, an energy-efficient method of information processing and storage using nanomagnets. Overall, the book is a valuable resource for those interested in the science and technology of utilizing the spin of electrons to store, process and transmit information.

“Spintronics: From Materials to Devices” Book Review: This book presents a comprehensive overview of the current research on Heusler compounds, including their structure-property relationships, the effects of disorder and correlations on electronic structure and interfaces, and their applications in spintronics devices such as magnetic tunnel junctions (MTJs) and giant magnetoresistance (GMR) devices with current perpendicular to the plane. The book covers various aspects, ranging from theoretical material design and preparation to the production of thin films and devices. The content is designed to be accessible to both newcomers and experts in the fields of Chemistry, Physics and Materials Science, making it a valuable guide for anyone interested in this rapidly-evolving area of research.

“Metallic Spintronic Devices (Devices, Circuits, and Systems)” Book Review: This book provides an extensive and impartial summary of the present situation of metallic spintronic devices, discussing both established and emerging uses. It covers a variety of subjects, ranging from magnetic tunneling junction sensors and spin torque oscillators to spin torque memory and logic, presenting the most recent research and advancements in these areas. The book also examines spintronic applications in present and future magnetic recording devices, and includes discussions on spin-transfer torque magnetoresistive random-access memory (STT-MRAM) device architectures and modeling. Furthermore, the text explores the potential for scaling STT-MRAM, providing a detailed analysis of multilevel cell structures. The book is suitable for both experts in the field and graduate students studying this subject.

“Gallium Nitride Processing for Electronics, Sensors and Spintronics (Engineering Materials and Processes)” Book Review: This book provides an extensive examination of III-nitride semiconductors, exploring their characteristics and various applications in advanced devices such as spin-polarized light emitters, spin field effect transistors, integrated sensors, and high-temperature electronics. Additionally, a comprehensive introduction to gallium nitride technology is provided. The book is a valuable resource for researchers and industry professionals seeking to understand the latest developments in the field, which have the potential to pave the way for the next generation of transistors, lasers, and integrated magnetic sensors.

“Material Engineering in Hybrid Spintronic Devices” Book Review: This book concentrates on the development of reliable and consistent organic spintronic devices that can operate effectively at room temperature. It begins by discussing the fundamental principles of the hybrid spintronic device, focusing on the spin valve constructed with (La, Sr)Mn oxide, cobalt, and an organic semiconductor. The text then goes on to describe the engineering of the device, including the surface treatment of (La, Sr)Mn oxide and the deposition of cobalt onto soft organic semiconductors. Lastly, the book explores the potential of pentacene, examining its growth mechanism on manganite layers and showcasing early devices that function efficiently at room temperature. This book will be an asset to researchers in the field, as well as graduate students at an advanced level.

“Spintronics in Nanoscale Devices” Book Review: This book delves into the unique features of quantum dots and nanoscale devices, and their electronic and magnetic properties in various semiconductor materials and graphene. Theoretical and computational modeling studies, along with experimental tests, are presented to demonstrate their potential for spintronics applications. The book offers a comprehensive guide for researchers in this field, with detailed descriptions of spin-based effects and devices, as well as their theoretical analysis in nanoelectronic circuits.

“Handbook of Spintronics” Book Review: This book provides a comprehensive overview of spintronics science and technology, covering a broad range of topics that span from fundamental physics to emerging device applications. The initial chapters concentrate on the basic principles of spintronics in metals and semiconductors. Following this, the book examines various materials systems, such as metallic thin films, multilayers, and magnetic tunnelling structures. A separate section focuses on the characterization techniques used for spintronics materials, including spin-polarized photoemission, x-ray diffraction, and spin-polarized SEM. Each chapter begins with fundamental concepts and progresses to discuss the latest advances in the field. This book is a valuable resource for both academic researchers and those in industry.