Lin Ni

Chinese Academy of Sciences, Institute of Intelligent Machines

Papers

Total Citations

159

H-Index

About

Lin Ni is a pioneering researcher in microelectromechanical systems (MEMS) and biomimetic tactile sensing, with a career spanning over two decades. Her most impactful contribution is the development of an integrated MEMS three-dimensional tactile sensor with an exceptionally large force range—capable of measuring up to 50 N vertically and ±10 N horizontally. This work, cited 136 times, has been foundational for space robotic applications, where robust, high-sensitivity tactile feedback is critical. Ni’s sensor design, featuring a soft contact surface and durable structure, directly addressed the need for reliable force sensing in extreme environments. Earlier, she refined this concept for space robotics, achieving a sensor with a maximum vertical force range of 50 N and horizontal sensitivity of ±10 N. More recently, Ni has explored bio-inspired engineering, fabricating tree-like nanorod arrays that mimic gecko foot hairs using a novel branched anodic aluminum oxide template. Though at an early stage, this work hints at future advances in dry adhesion and climbing robotics. With over 150 total citations, Lin Ni’s research continues to influence both MEMS sensor design and biomimetic surface engineering.