Guest Lecture Dr. Tetsuya Yamada - Tokyo Institute of TechnologyAbstract
This talk introduces our recent efforts in developing palm-sized solid oxide fuel cells (SOFCs) through the integration of multilayer insulation (MLI), laser-processed ceramic components, and microfluidic fuel supply systems. By miniaturizing SOFCs using MEMS-based approaches, we aim to achieve efficient power generation in compact, portable formats. Inspired by our previous work on artificial cell membrane-based sensors, we have designed gas microfluidic channels that incorporate high-temperature materials and enable precise gas transport and reaction control. These technologies not only open new avenues for autonomous sensing systems but also bridge the gap between MEMS and energy devices. Looking ahead, we envision establishing a new academic domain centered on high-temperature microenvironments, where materials science, microdevices, and fluidic engineering converge to enable advanced energy and sensing technologies.Read more
