We study various quantum effects that electrons in the solid state exhibit. We establish a new field of “quantum correlated electronics,” aiming at applications for highly sensitive sensing technology and quantum computers.

In addition to the quantum mechanical properties of electrons such as the wave nature, superposition state, and spin, Quantum Solid State Physics Research Group focuses on many-body effects and correlations that arise from electron-electron interaction. We aim to engineer and control such quantum effects by exploiting heterostructures and nanostructures of semiconductors and 2D materials and thereby realize quantum devices and sensing techniques unattainable with individual electrons. To this end, we use various techniques including molecular beam epitaxy, electron-beam lithography, ultra-low-temperature electrical measurement, ultrafast electrical/optical measurement, and low-temperature scanning tunnel microscopy.

• See the Group website