The Nagato ･ Kizaki Laboratory is developing production processes, especially efficient methods to fabricate microstructures on surfaces using lasers and powders. Micro- and nanostructures on surfaces exhibit various functions through interactions with light, thermo-fluid, force, electrons, chemicals, and biological materials, and have potential for new devices. Specifically, we are researching elemental technologies for fuel cells, secondary batteries, and motors using nanoimprinting, 3D printing, and laser bonding methods. In addition, the group is actively engaged in new basic research such as autonomous search for data-driven process parameters, and in collaborative research with many industries. The group develops production processes, especially efficient methods to fabricate microstructures on surfaces using lasers and powders. Micro- and nanostructures on surfaces exhibit various functions through interactions with light, thermo-fluid, force, electrons, chemicals, and biological materials, and have potential for new devices. Specifically, we are researching elemental technologies for fuel cells, secondary batteries, and motors using nanoimprinting, 3D printing, and laser bonding methods. In addition, we are actively engaged in new basic research such as autonomous search for data-driven process parameters, and in collaborative research with many industries.

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