Tatsuki TOJO

Sustainable Engineering Program

HOME > Major Subject > Sustainable Program > Tatsuki TOJO

Name	Tatsuki TOJO
Department/Research Field	Quantum Materials Science, Computational Science, Spintronics

Research content

The performance of smartphones and computers is largely determined by the behavior of electrons in the materials from which they are made. Understanding this behavior and applying that knowledge to material and device design can lead to new materials and devices, enabling smaller and more energy-efficient electronics as well as faster information processing.
In our laboratory, we use quantum mechanics and theoretical calculations to investigate the properties and behavior of electrons. Our goal is to uncover the fundamental principles that will guide the design of next-generation materials and quantum devices.

(a) Semiconductor quantum device (quantum dot). (b) Electron distribution (wave function) in a quantum dot.

Research theme

1. Theoretical Studies of Next-Generation Materials Based on Quantum Mechanics
2. Design of Compact and Energy-Efficient Spintronic Devices
3. Development of Theoretical Computational Methods Using Quantum Computing

Research keywords

Next-Generation Materials , Next-Generation Electronic Devices , Quantum Computing

Lab link