Matthew Hampsey

Papers

Total Citations

H-Index

About

Matthew Hampsey is a researcher at the forefront of control theory and aerial robotics, with a primary focus on exploiting symmetry to enhance trajectory tracking performance. His major contributions center on the development of the Equivariant Regulator (EqR), a novel framework for accurate tracking control on homogeneous spaces. This work addresses a fundamental challenge in robotics: maintaining precise trajectory following despite external perturbations. Hampsey’s research demonstrates how leveraging the inherent symmetries of dynamical systems—a deep mathematical property—can lead to superior control algorithms. He has applied this methodology specifically to quadrotor vehicles, showing how different symmetry structures can be exploited for high-performance aerial tracking. While his most-cited papers (each with 2 citations) are recent, they represent a promising new direction in geometric control. Hampsey’s work bridges abstract mathematics and practical robotics, offering a principled design approach that could significantly improve the agility and robustness of autonomous systems, from drones to spacecraft.