Electronic Structure and Transport Properties of Two-Dimensional Materials

Dear Colleagues,

Two-dimensional materials, compared to bulk materials, offer unique and advanced electronic, magnetic, optical, and catalytic properties, along with quantum effects, due to their atomic thickness, enabling greater flexibility, miniaturization, and technological integration. In light of these advancements, Nanomaterials is pleased to announce and invite submissions for a Special Issue titled “Electronic Structure and Transport Properties of Two-Dimensional Materials”. This Special Issue aims to highlight the recent progress and address the key challenges in understanding the relationship between atomic structure, electronic structure, and transport properties in 2D materials. We welcome contributions on the current trends in this field, including but not limited to the following topics:

1. Heterostructures: stacking and twisting different 2D materials to tailor new advanced properties.
2. Dopants and Defect Management: impact of dopants or defects on electronic and transport behaviors, along with innovative strategies for defect control.
3. Strain Engineering: effects of mechanical strain on the electronic and transport properties of 2D materials.
4. Spintronic Applications: spin-dependent properties of 2D materials and their use in spintronic devices.
5. Advanced 2D Material Fabrication: techniques for synthesizing and fabricating new 2D materials with controlled properties, including methods for large-scale production.
6. Topological Phases: exploring exotic quantum states for quantum computing.
7. 2D Material Integration: challenges and solutions for integrating 2D materials into practical devices and systems.
8. Thermoelectric Applications: enhancements in thermoelectric properties and their applications in energy conversion and management.
9. Energy Applications: utilizing 2D materials in energy storage and conversion technologies, like batteries and fuel cells.
10. Computational and Theoretical Studies: advances in modeling and simulations to predict and understand the behavior of 2D materials.
11. Understanding Fundamental Mechanisms: elucidating the principles governing the electronic and transport properties of 2D materials.
12. Machine Learning for Discovery: using machine learning to predict and optimize new 2D materials and their properties.

Dr. Xiao Tong
Guest Editor

Manuscript Submission Information

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