Nano-Engineered Magnetic Semiconductors for Spintronics, Gebunden

Klappentext

Nano-structured diluted magnetic semiconductors from synthesis to spintronic devices

Spintronic device development demands materials that unite semiconducting behaviour with controllable magnetic properties. Nano-Engineered Magnetic Semiconductors for Spintronics delivers a rigorous treatment of nano-structured diluted magnetic semiconductors, covering theoretical foundations, experimental synthesis techniques, magnetic and electronic characterization methods. Contributions from international researchers provide both fundamental science and applied engineering perspectives on this rapidly advancing field.

The book details device architectures including spin-FETs, spin-LEDs, and magnetic tunnel junctions, with case studies illustrating fabrication processes and performance outcomes. Chapters address material characterization at the nanoscale, examine how nano-engineering enhances magnetic and transport properties, and present future prospects for commercial spintronic applications in memory storage, sensors, and quantum computing.

Readers will also find:

• Detailed exploration of how nanoscale engineering modifies electronic and magnetic behaviour in diluted magnetic semiconductor systems
• Practical fabrication guidance for advanced semiconductor materials used in LEDs and high-performance transistor devices
• Analysis of spin-dependent transport phenomena critical to designing next-generation memory and logic devices
• Coverage of characterization techniques for evaluating magnetic ordering, carrier concentration, and spin polarization in DMS materials
• Forward-looking discussion of quantum computing applications and emerging commercial opportunities for spintronic technologies

Designed for materials scientists, semiconductor physicists, and electrical engineers working in spintronics and nanotechnology, this reference connects current research with device-level applications. Research libraries and advanced graduate researchers will find it a substantive resource for navigating the evolving landscape of magnetic semiconductor technology.