Naomi Deneke

Papers

Total Citations

H-Index

About

Naomi Deneke is a rising leader in the field of soft matter mechanics, with a research focus on tunable adhesion, soft robotics, and the mechanical characterization of biological tissues. Her most impactful work centers on developing innovative strategies to dynamically control adhesion—a critical capability for applications ranging from wearable electronics and pressure-sensitive adhesives to robotic gripping and transfer printing. In her highly cited 2020 paper (19 citations), Deneke demonstrated how pressure can tune the adhesion of rough elastomers, offering a new paradigm for continuously variable adhesive strength. She extended this concept in her 2022 study on self-assembled asperities, which provides a scalable route to achieving pressure-tunable adhesion without complex microfabrication. Beyond adhesion, Deneke has made notable contributions to biomedical engineering, designing and validating a modular micro-robotic system for characterizing soft tissues (2021, 8 citations). Her work bridges fundamental mechanics with practical device design, earning her recognition as a creative problem-solver in soft robotics and surface science. With a growing citation record and a clear trajectory of innovation, Deneke is shaping the future of adaptive adhesive technologies.