Papers
5
Total Citations
68
H-Index
4
About
Boxi Sun is an emerging researcher at the forefront of soft robotics, smart materials, and minimally invasive medical technologies. Their work spans two interconnected domains: magnetically responsive soft actuators and stimuli-responsive liquid crystal elastomers, with a particular focus on bridging advanced fabrication techniques with real-world biomedical and robotic applications. Sun's most notable contributions include pioneering 3D-printed near-ambient responsive liquid crystal elastomers with enhanced nematic order, enabling programmable shape transformations for low-power biocompatible devices. In the realm of magnetic soft robotics, their research has addressed fundamental challenges in controlling highly flexible systems, developing annelid-inspired modular designs for multi-modal deformation, bistable dome actuators offering improved motion stability, and integrated sensor-actuator fusion frameworks for precise wireless control. A particularly impactful contribution involves real-time simulation-enabled navigation of magnetic soft continuum robots in confined lumens, directly advancing the capabilities of minimally invasive surgical tools. With a growing citation record totaling over 68 citations across recent publications — remarkable given that several papers appeared only in 2024–2025 — Sun's research is gaining rapid recognition. Their work represents a compelling intersection of materials science, biomimetic design, and medical robotics, making them a researcher to watch in next-generation soft robotic systems.
Research Focus
Key Achievements
Top Papers
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