Quantum Systems at the Nanoscale

This book explores the intersection of quantum mechanics and nanotechnology, providing a clear and accessible overview of the principles, materials, and applications that define this rapidly advancing field. It examines low-dimensional quantum systems, such as quantum wells, dots, and wires, alongside materials like III-V and III-N semiconductors, and metal clusters, emphasizing their role in optoelectronics, bioimaging, and nanoscale devices. Through a blend of theory and practical insights, it highlights the ways quantum phenomena are being harnessed to develop innovative technologies.

Authored by experts in the field, this volume also covers quantum transport phenomena, sensing technologies, and advancements in enery harvesting and detection, offering a comprehensive perspective on the challenges and opportunities in quantum-enabled devices. With a forward-looking discussion of emerging applications in energy, communication, and environmental science, this book serves as a valuable resource for researchers, engineers, and students interested in the growing impact of quantum systems at the nanoscale.