To perform the research aforementioned, we develop new techniques for optical observation, microscopic manipulation, nanoparticle labeling, and data analysis. For example, we have devoted ourselves to develop new imaging methods that utilize linear scattering of light as the signal. Through interferometric detection, we are able to capture extremely rapid dynamics of small particles/molecules under the microscope at ultrahigh speed (up to 500,000 frames per second). We also develop new methods of image processing and data analysis. Through statistical analysis and simulation, we aim to resolve live phenomena that have not been explored.
ABOUT
To perform the research aforementioned, we develop new techniques for optical observation, microscopic manipulation, nanoparticle labeling, and data analysis. For example, we have devoted ourselves to develop new imaging methods that utilize linear scattering of light as the signal. Through interferometric detection, we are able to capture extremely rapid dynamics of small particles/molecules under the microscope at ultrahigh speed (up to 500,000 frames per second). We also develop new methods of image processing and data analysis. Through statistical analysis and simulation, we aim to resolve live phenomena that have not been explored.