In the imaging devices lab, we are carrying out wide ranging research that spans from basic to applied research on new calculation and signal processing algorithms, devices, circuits, and systems related to imaging in order to pursue aggressive performance gains in imaging (image pickup) and to realize unprecedented new functions. In particular, focusing on the great freedoms available in the design of CMOS image sensors, from the design of the pixels to that of the peripheral circuit, we are developing imaging sensors and application systems that harness the power of the latest advances in performance required for scientific measurements such as those needed in life sciences, space science, materials science, industry, medicine and medical care, public infrastructure, transportation equipment, and consumer technology. In addition, all research themes are aimed at device development that will lead to practical applications, and many of the themes are conducted through joint research efforts (industry-academia collaborations, interdisciplinary collaborations) with companies and laboratories at other universities.