Osman Gul

Korea Advanced Institute of Science and Technology, Electronics and Telecommunications Research Institute

Papers

Total Citations

143

H-Index

About

Osman Gul is a prominent researcher specializing in flexible electronics, soft robotics, and wearable sensing technologies, with a particular focus on liquid-metal-based sensors and electronic skin (e-skin) systems. His work addresses critical challenges in developing next-generation sensing platforms that can accurately replicate human skin's remarkable ability to detect and respond to physical stimuli. Gul's most significant contributions center on advancing liquid-metal pressure and force sensors. His 2021 paper on sensitivity-controllable liquid-metal pressure sensors (53 citations) tackled longstanding limitations in the field, including low sensitivity and poor signal reliability, opening new pathways for health monitoring and intelligent prosthetics. Complementing this, his all-soft multiaxial force sensor work (43 citations) demonstrated sophisticated multi-directional force detection capabilities essential for e-skin applications. More recently, Gul has expanded into self-powered sensing through piezo-transmittance mechanisms and integrated machine learning with soft pressure sensors to enable intelligent multidirectional detection, reflecting his forward-thinking approach to human-machine interfaces. With over 140 cumulative citations across his key publications and a research trajectory that bridges materials science, biomimetics, and artificial intelligence, Gul represents an exciting and rapidly evolving voice in the wearable technology and soft robotics communities.