Carl Anthony

Papers

Total Citations

104

H-Index

About

Carl Anthony is a leading researcher in microelectromechanical systems (MEMS) and tactile sensing, with a particular focus on bioinspired sensor design for robotics and biomedical applications. His most-cited work, "Development of a bioinspired MEMS based capacitive tactile sensor for a robotic finger" (2010, 104 citations), pioneered the integration of capacitive sensing principles with MEMS fabrication to create highly sensitive, durable tactile sensors that mimic human fingertip mechanoreceptors. This contribution has been foundational for advancing robotic manipulation, prosthetics, and haptic interfaces, enabling machines to perceive texture, force, and contact with unprecedented precision. Beyond this landmark paper, Anthony's research spans sensor miniaturization, flexible electronics, and system-level integration, often bridging the gap between fundamental MEMS physics and practical device deployment. His work has been widely cited by engineers developing next-generation tactile systems, and he is recognized for translating bioinspired concepts into scalable, manufacturable technologies. With over 100 citations on his seminal paper alone, Anthony's contributions continue to influence fields from soft robotics to neural interfaces, making him a key figure in the evolution of intelligent sensing systems.