Xiaoshuang Zhang
Papers
1
Total Citations
109
H-Index
1
About
Xiaoshuang Zhang is a leading figure in soft robotics and flexible electronics, whose work bridges the gap between tactile perception and intelligent material recognition. Her most-cited research, a 2021 study on a multifunctional soft robotic finger, integrates nanoscale flexible temperature–pressure sensors to enable robots to identify materials through touch. This breakthrough, garnering over 100 citations, demonstrates how nanowire-based sensors—characterized by high sensitivity, rapid response, and low power consumption—can equip robotic hands with advanced, safer manipulation capabilities. Zhang’s contributions are pivotal in advancing human-robot interaction, particularly in applications requiring delicate object handling and environmental awareness. By merging nanomaterial engineering with biomimetic design, she has set a new standard for multifunctional tactile systems. Her work not only enhances robotic dexterity but also opens pathways for prosthetics and industrial automation. With a growing citation impact, Zhang continues to inspire innovations in soft sensing and intelligent robotics, making her a key researcher to watch in the field of embodied artificial intelligence.
Research Focus
Key Achievements
Top Papers
- 1