Mark Jayson Villangca

Papers

Total Citations

152

H-Index

About

Mark Jayson Villangca is a pioneer in the emerging field of light robotics, where he designs and optically controls microscopic tools with unprecedented precision. His key research areas include optical manipulation, two-photon polymerization microfabrication, and the development of all-optical micro-tools. Villangca’s major contribution is the creation of “light robots”—three-dimensionally printed micro-structures that can be trapped, moved, and actuated by laser beams. His most cited work, “Light-driven micro-tool equipped with a syringe function” (2016, 150 citations), introduced a cleverly shaped micro-device capable of capturing, transporting, and releasing microscopic cargo, mimicking a syringe at the micron scale. This breakthrough demonstrated how structural design freedom from two-photon polymerization enables functional, optically actuated tools. Villangca also co-authored the influential concept paper “Light robotics: an all-optical nano- and micro-toolbox” (2017), which proposed Wave-guided Optical Waveguides—micro-tools that can be remotely controlled with six degrees of freedom using a joystick. His work bridges nanotechnology and robotics, offering a transformative toolbox for precise manipulation in biology, medicine, and materials science.