This research group focuses on realizing the complete manipulation of semiconductor isotopes using state-of-the-art nanotechnology.

The research carried out in this group covers a wide variety of novel quantum physics emerging in low-dimensional semiconductor structures and their applications to a new class of devices such as quantum computers.

In Spintronics research, the direction of electron spin vectors are used to represent binary digits *"1"s* and *"0"s*.

A spin vector pointing up represents a *"1"* and a spin vector pointing down represents a *"0"*.

With this intuitively simple setup, Quantum Computers of the future will depend on these electron spin vectors for storing and computing information.

A little help from Japanese Phonetics and by using a series of 3 directional arrows to represent binary digits *"110"*, we were able to create a fitting logo.

- Condensed Matter Physics
- Quantum Computer
- Quantum Sensor
- Electronic Materials
- Nanotechnology
- Semiconductor Isotope Engineering