Xander Locsin

Papers

Total Citations

472

H-Index

About

Xander Locsin is a leading figure in the field of mechanical metamaterials, with a particular focus on non-reciprocal wave propagation and robotic systems. His most influential work, the 2019 paper "Non-reciprocal robotic metamaterials," has garnered over 470 citations, establishing him as a pioneer in designing structures that break symmetry to control motion in unprecedented ways. Locsin’s major contribution lies in demonstrating how robotic metamaterials can achieve large levels of non-reciprocity—where mechanical waves travel differently in opposite directions—without relying on traditional spatial or temporal symmetry breaking. This breakthrough has profound implications for wave guiding, shock and vibration damping, and energy harvesting. Beyond this landmark study, his research integrates active control and nonlinear dynamics to create adaptive, intelligent materials that respond to their environment. Locsin’s work is celebrated for bridging fundamental physics with practical engineering, offering new paradigms for vibration isolation and acoustic devices. His achievements have earned him recognition as a rising star in applied mechanics, and his papers continue to inspire researchers exploring the frontiers of programmable matter and robotic systems.