Hiromi Yasuda

University of Pennsylvania, University of Washington

Papers

Total Citations

391

H-Index

About

Hiromi Yasuda is a leading researcher in the emerging field of **mechanical computing** and **adaptive metamaterials**, where he designs structures that process information and change shape using purely mechanical means. His landmark 2021 paper, "Mechanical computing" (263 citations), established a foundational framework for using physical deformation to perform computational tasks, opening new pathways for resilient, electronics-free logic. Yasuda has also pioneered the integration of **smart materials** with multistable structures, as demonstrated in his highly cited work on "Temperature-Responsive Multistable Metamaterials" (76 citations). By embedding liquid crystal elastomers (LCEs) into bistable lattices, he created materials that autonomously reconfigure their shape and stiffness in response to heat—a breakthrough with direct applications in soft robotics and deployable aerospace structures. His bio-inspired "Leaf-Like Origami with Bistability for Self-Adaptive Grasping Motions" (52 citations) further showcases his talent for translating natural mechanisms into engineered systems, achieving autonomous, passive grasping without sensors or external control. Through this blend of theoretical insight and elegant design, Yasuda is redefining how we think about materials, computation, and autonomy.