Low-Dimensional Condensed Matter Magnetism: Pathways to Understanding 2D Magnetic Materials
Edition: 1
Copyright: 2025
Pages: 136
Edition: 1
Copyright: 2025
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Quantum materials are fundamental to current quantum technology. To grab the essence of this emerging technology, understanding of low-dimensional condensed matter magnetism is critical. This book covers a) reviewing basic magnetism and historical bulk magnetic materials, b) low-dimensional magnetic materials, and c) various state-of-the-art magneto probes. The readers of this book will be equipped with knowledge and analytic training to further exploration of low-dimensional materials.
Born and raised in Taiwan, Dr. Yu-Tsung (Rem) Tsai received his PhD in University at Buffalo and is currently an assistant professor in Physics and Astronomy department at University of Wyoming. He leads 2D optic lab and serves as an active member in the quantum center in University of Wyoming. Dr. Tsai has conducted condensed matter experimental research for 20 years with international collaboration over Europe and Asia. His current research focus is magneto-optical studies of low-dimensional magnetic materials.
Quantum materials are fundamental to current quantum technology. To grab the essence of this emerging technology, understanding of low-dimensional condensed matter magnetism is critical. This book covers a) reviewing basic magnetism and historical bulk magnetic materials, b) low-dimensional magnetic materials, and c) various state-of-the-art magneto probes. The readers of this book will be equipped with knowledge and analytic training to further exploration of low-dimensional materials.
Born and raised in Taiwan, Dr. Yu-Tsung (Rem) Tsai received his PhD in University at Buffalo and is currently an assistant professor in Physics and Astronomy department at University of Wyoming. He leads 2D optic lab and serves as an active member in the quantum center in University of Wyoming. Dr. Tsai has conducted condensed matter experimental research for 20 years with international collaboration over Europe and Asia. His current research focus is magneto-optical studies of low-dimensional magnetic materials.