Lu Hao

Papers

Total Citations

H-Index

About

Lu Hao is a rising innovator in the field of tactile and robotic sensing, with a focused research portfolio spanning magnetic field-based force sensors, visual-tactile integration, and soft robotic manipulation. His work centers on developing novel sensor architectures that enable robots to perceive and interact with their environment with greater precision and adaptability. Notably, Hao has pioneered the design of a 3-D force-temperature tactile sensor that leverages edge magnetic fields for decoupled force measurement, a significant advancement for applications requiring simultaneous force and thermal feedback. He has also contributed to the design of an improved visual-tactile sensor for robotic grasping, enhancing dexterity in object manipulation. In a particularly creative vein, Hao developed a NdFeB-silicone based magnetic tentacle sensor capable of texture and shape recognition, drawing inspiration from biological systems. Though his most-cited papers currently hold 1 citation each, they represent foundational work in a rapidly evolving field. Hao’s achievements include the successful integration of magnetic materials with flexible substrates, pushing the boundaries of soft robotics and haptic feedback. His research holds promise for next-generation prosthetics, industrial automation, and human-robot interaction.