Konstantinos Manos

Papers

Total Citations

120

H-Index

About

Konstantinos Manos is a pioneering researcher at the intersection of origami-inspired metamaterials and wireless magnetic robotics. His work redefines how mechanical structures can be programmed for adaptive behavior, with his landmark 2025 paper "Modular chiral origami metamaterials" earning 119 citations for introducing a new class of reconfigurable, chirality-driven architectures that enable unprecedented control over mechanical properties. In parallel, Manos has made significant strides in medical robotics through his design of a modular 60 mT 3-D Helmholtz coil system for wireless actuation of magnetic robots. This innovation replaces bulky moving magnets with stationary coils, offering precise, scalable control for minimally invasive procedures. His contributions bridge fundamental materials science with practical robotic applications, demonstrating impact through both high citation counts and tangible engineering advances. Manos’s work stands out for its elegance and utility—combining mathematical rigor with hands-on design to solve real-world challenges in actuation and metamaterial functionality. For students and researchers, his profile exemplifies how cross-disciplinary thinking can yield transformative technologies.