Lab. info

I’m aiming to develop a precision current measurement system applying diamond NV centers.

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

I’m working on the research to increase the sensitivity of diamond quantum sensors by some quantum controls.

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

My research is measuring spin properties of the color centers of diamond and building these experimental systems.

My research is construction of quantum interferometer using group-Ⅳ center toward application in quantum networks.

We are developing a diamond sensor for detecting magnetoencephalography in rats. The future goal is to observe human magnetoencephalography and magnetocardiography, which, if realized, will lead to early detection of diseases that are major causes of death, such as strokes.

I am researching the imaging of magnetic materials in MHz frequency using a diamond quantum sensor. I want to do my best.

To realize a highly sensitive diamond quantum sensor that can measure magnetoencephalography, I am working on improvement in the light collection efficiency of fluorescence emitted from diamonds including NV centers.

I am studying the spin properties of SnV and PbV in diamond for application to quantum networks. I will make an effort to contribute to the growth of spin coherence time.

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.

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