



Electrons in motion, though invisible, underlie every electrical function we depend on. Professor Fujisawa investigates how to control this behavior within electronic materials and devices, working toward new and useful functions.
This theme builds a solid grounding in solid-state physics, electromagnetism, and electric circuit theory, complemented by hands-on skills in fabricating and evaluating electronic devices.
This research explores new electronic devices that are transparent and effectively invisible, yet functionally useful. One example is the development of low-power transistors fabricated on surfaces such as glass and plastic. Forming circuits from transparent electronic devices across such varied surfaces could add functions that conventional devices cannot provide.