Dihan Hasan

Papers

Total Citations

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About

Dihan Hasan is a researcher whose work sits at the intersection of flexible electronics, microfluidics, and self-powered sensing systems. His most cited contribution, the 2017 paper "Triboelectric and microfluidic integrated self-generated tactile sensor," introduces a novel flexible tactile sensor that harnesses liquid-solid triboelectric effects for self-generated force detection. This design integrates four microfluidic channels with multiple underlying electrodes, enabling simultaneous sensing of normal and shear forces—a critical capability for advanced haptic interfaces and soft robotics. While the paper has garnered 3 citations to date, its conceptual fusion of triboelectric nanogenerators (TENGs) with microfluidics represents an early and innovative step toward energy-autonomous, skin-like tactile sensors. Hasan’s work bridges fundamental principles of charge transfer at liquid-solid interfaces with practical device architectures, offering a pathway to self-powered, flexible sensors that require no external battery. His contributions are particularly relevant for researchers exploring wearable electronics, human-machine interaction, and biomedical monitoring, where sensitivity to both pressure and shear is essential.