Lab. info

I’m working on the improvement of spin coherence time towards highly sensitive quantum sensing

I am working on the research and development of solid-state quantum sensors.

I am tackling elucidating the mechanism of diamond nucleation and improving the heteroepitaxial diamond synthetic process to increase the size and sensitivity.

Currently researching the charge states of color centers based on heavy IV group elements in diamond, with a focus on stabilizing fluorescence and elucidating the mechanisms of charge dynamics.

Working toward longer decoherence time for electrons in NV centers in pursuit for better diamond sensor.

I am conducting research on lead-vacancy (PbV) centers in diamond for the realization of quantum networks and working on the fabrication of samples to improve their collection efficiency.

Trying my best to create high sensitivity diamond sensors with plasma enhanced CVD.

My research focuses on quantum sensors utilizing infrared absorption by NV centers in diamonds.

I am working on two-photon interference experiment using lead-vacancy centers in diamond as light sources to realize quantum networks.

I’m working on simultaneous multi-point magnetic field measurement using diamond quantum sensors for magnetoencephalography.

I am studying spectral control of a PbV center in diamond by the Stark effect.

I’m engaged in the development of diamond nanostructures.