Danial Khan

Papers

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About

Danial Khan is a rising researcher in the field of flexible and stretchable electronics, with a focus on kirigami-inspired deformable structures for wireless sensing applications. His most-cited work, "Mechanically Stable Kirigami Deformable Resonant Circuits for Wireless Vibration and Pressure Sensor Applications" (2021, 16 citations), introduces a novel approach to creating mechanically robust, shape-changing circuits that maintain high performance under deformation. Khan’s key contribution lies in engineering resonant circuits that can be stretched, twisted, and folded without losing functionality, enabling real-time wireless monitoring of mechanical vibrations and low-pressure changes. This innovation has significant implications for motion tracking, health monitoring, soft robotics, and deformation detection in batteries. By combining kirigami design principles with wireless passive sensing, Khan addresses critical challenges in durability and sensitivity for next-generation wearable and implantable devices. His work demonstrates exceptional interdisciplinary impact, bridging materials science, mechanical engineering, and wireless communication. Khan’s research is paving the way for more resilient and versatile electronic systems that can seamlessly integrate with dynamic biological and mechanical environments, marking him as a promising contributor to the future of flexible sensor technology.