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The book Valleytronics in Two-Dimensional Materials aims to give an overview of the recent developments achieved in Valleytronics based on various 2D materials. This book will describe in detail recent developments of valleytronics in 2D materials since its emergence in 2007. After some experimental progress in manipulating the valley degree of freedom, valleytronics is considered superior to spintronics in the semiconductor industry. To the authors’ best knowledge, although topical reviews in this field exist, a detailed book is still absent. The proposed book will provide a useful reference for the growing community of researchers in the field of valleytronics and 2D materials.
Key Features:
- The first monograph on the newly-emerging field valleytronics
- Contains up-to-date developments.
- Detailed book encompassing various methods of inducing valley polarization.
- Provides a suitable reference for researchers in the still developing field of valleytronics.
- Describes experimental attempts to detect the valley current and the major challenges people faces to realize the practical application of valley degree of freedom.
Chapter 1. Introduction to two-dimensional materials and valleytronics
Chapter 2. Berry curvature and valley Hall effect
Chapter 3. Strain effect on valley polarization
Chapter 4. Other valley filter and valley valve effect
Chapter 5. Line defect effect on valley polarization
Chapter 6. Valley optoelectronic devices based on monolayer 2D Materials
Chapter 7. Valley optoelectronics based on van der Waals heterostructures
Chapter 8. Summary and outlook