2D materials, atomic layer science

Manufacturers

A part of this report was introduced in the April 2023 issue of our periodical, “Yano E plus.”

– Since it Has Become Possible to Measure Physical Quantities in Monoatomic Layer Graphenes, 2D Materials Became a Pioneer in Atomic Layer Science –

1. What are 2D Materials?

2. Major 2D Materials

　　2-1. Graphenes

　　2-2. Transition-Metal Dichalcogenides (TMDCs)

3. Application

　　3-1. Electronic Devices

　　3-2. Optical Devices

　　3-3. Catalysts

4. Market Size

5. Research and Development at Universities

　　5-1. Aoyama Gakuin University

1) 1D Helical Edge Spin Current in 2D TI

2) Creation of 2D Topological Insulating Phase on Atomic Layer Semiconductor MoS2 by Laser Lithography

3) Confirmation of Room Temperature Helical Edge Spin Current

4) Atomic Layer TI-MoS2 Device and Voltage-Driven MRAM

　　5-2. Tokyo Institute of Technology

　　5-3. Tokyo University of Science

1) Orientational Nanosheets

2) Examples of Orientational Nanosheets: Metal Complex Nanosheets

3) Application of Orientational Nanosheets to be Further Expanded

　　5-4. Tohoku University

　　5-5. Nagoya University

1) Novel 2D Materials that “Novel 2D Material Creation Unit Using Group IV Elements”

2) Creation of Silicene and Germanene by Hydrogen Desorption

　　5-6. Hosei University

1) Basic Properties of 2D Materials

2) Surface/Interface Interactions between 2D Materials and Heterogeneous Materials

3) Layer Number Dependence of CDW Phase Transition and Molecular Adsorption Effect in 2D Material TaS2

4) Summary and Prospects for Development of New Devices, Catalysts, and Magnetic Materials

6. Future Prospects