Matthew Hendrikx

Eindhoven University of Technology, Advanced Materials and Devices (United States)

Papers

Total Citations

242

H-Index

About

Matthew Hendrikx is a materials scientist whose research sits at the dynamic intersection of stimuli-responsive polymers, liquid crystal elastomers, and smart surface engineering. His work focuses on designing programmable soft materials capable of responding to external triggers—particularly light and heat—to produce controlled mechanical deformations and surface topographic changes with direct implications for soft robotics, sensing, and functional coatings. Hendrikx's most influential contribution, "Liquid Crystal Elastomer Coatings with Programmed Response of Surface Profile" (2018, 152 citations), demonstrated how molecular orientation within liquid crystal networks can be precisely engineered to dictate macroscopic mechanical responses to thermal stimuli—a foundational advance for adaptive soft robotic systems. His complementary work on azobenzene-containing polymers revealed how light alone can trigger the formation of complex surface topographies, offering a powerful, non-contact route to tuning friction, wettability, and optical properties of coatings. His review on liquid crystal polymers with motile surfaces further synthesized the versatility of these materials for surface-level robotic functions. Through his investigations into compliance-mediated topographic oscillations, Hendrikx has also pushed toward amplified, on-demand surface deformations—critical for haptic and self-cleaning applications. His body of work collectively advances the frontier of intelligent, light-responsive materials for next-generation functional surfaces.