Kevin Reguengo De Sousa

Papers

Total Citations

117

H-Index

About

Kevin Reguengo De Sousa is a pioneering researcher in soft matter physics and liquid crystal elastomers (LCEs), with a focus on developing advanced actuators for soft robotics and microfluidics. His major contributions include the discovery and characterization of liquid crystal elastomer shell actuators with negative order parameters (2019, 73 citations), a breakthrough that challenges conventional soft matter physics and introduces a complementary actuator type with unique contraction-expansion behaviors. This work expands the design space for LCE-based systems, enabling novel applications in adaptive structures and biomedical devices. De Sousa also advanced micrometer-scale porous buckling shell actuators based on liquid crystal networks (2018, 44 citations), demonstrating innovative fabrication methods for unconventional, complex shapes that enhance actuation performance. His research bridges fundamental physics and practical engineering, offering new pathways for miniaturized, responsive materials. With a citation record reflecting the growing impact of his work, De Sousa is recognized for pushing the boundaries of soft robotics and active materials, making him a key figure in the next generation of smart actuator design.