Tom Bus

Eindhoven University of Technology, San Diego Housing Federation

Papers

Total Citations

H-Index

About

Tom Bus is a pioneering researcher at the intersection of soft robotics, photonics, and biomimetics, with a focus on developing intelligent, light-driven micro- and nanoscale systems. His work is defined by the creation of artificial materials that replicate complex biological functions and enable unprecedented control over microscopic motion. Bus’s most notable contribution is the invention of a reversible perspiring artificial “fingertip,” which recreates the unique human ability of controlled friction and sweat secretion using self-assembled cholesteric liquid crystals—a breakthrough with 21 citations that directly mimics a vital evolutionary trait. He has also advanced the field of photonic micromotors, demonstrating uni- and bidirectional rotation and speed control in chiral, light-powered soft robots (16 citations), and developed the “Optical Blaster,” a technique that launches nanostructured microrockets from an optical trap using a single laser beam. These achievements showcase his ability to merge fundamental physics with practical actuation, earning him recognition for pushing the boundaries of untethered microrobotics. For students and researchers, Bus’s work offers a compelling vision of how bio-inspired design and photonic control can revolutionize manipulation at the microscale.