About
- Nanomaterials, such as 2D crystals obtained from the exfoliation of layered materials and nanotubes formed by rolling them up, have recently garnered significant attention as a new frontier in materials science. In addition to exhibiting unique physical properties and functionalities not found in 3D crystals, their material symmetry and quantum mechanical degrees of freedom can be freely controlled through device fabrication, application of external fields (electric, magnetic, pressure), electrochemical methods, and creation of curved structures or heterointerfaces.
- We are pioneering the frontiers of materials science through the discovery and understanding of the unique electrical conductivity, superconductivity, and optical properties of such quantum nanomaterials.
News
- May 2025
- Tomohiro Ishii received the Student Presentation Award at the JPS meeting! Congratulations!
[Link][ISSP News]
Title: "Tunneling Magnetoresistance in Atomic Layer Magnetic Insulator Heterostructures" - Apr 2025
- First-year master's students Mr. Kuramochi and Mr. Nishio have joined our lab.
- Feb 2025
- Assistant Professor Tanaka's paper has been published in "Nature".[Paper][Press Release]
Title: "Superfluid Stiffness of Magic-Angle Twisted Bilayer Graphene" - Oct 2024
- First-year doctoral student Mr. Chen and research student Mr. Xiao have joined our lab!
- Sep 2024
- Third-year doctoral student Mr. Dong has graduated! Congratulations!
- Apr 2024
- Third-year doctoral student Mr. Dong, first-year doctoral student Mr. Aoki, and first-year master's student Mr. Ishii have joined our lab!
- Nov 2023
- Postdoctoral researcher Dr. Abdul Ahad has joined our lab!
- Apr 2023
- First-year master's students Mr. Oguchi and Mr. Koraku have joined our lab!