Papers
2
Total Citations
21
H-Index
2
About
Youdi Hu is a rising innovator at the intersection of microfluidics, surface engineering, and green building technologies. His primary research focuses on developing advanced functional surfaces—particularly superhydrophobic and smart window systems—using femtosecond laser fabrication and triboelectric principles. Hu’s most notable contribution is the invention of the **portable triboelectric electrostatic tweezer (TET)**, which enables external, contactless manipulation of droplets within closed superhydrophobic environments. This breakthrough addresses a critical gap in confined-space droplet control, with potential applications in lab-on-a-chip and biomedical diagnostics. His work has already garnered 19 citations for this pioneering 2024 paper. More recently, Hu introduced a **magnetically gated hydrovoltaic smart window** that combines self-cleaning superhydrophobicity with dynamic solar regulation, offering a durable, energy-saving solution for next-generation buildings. By integrating stimuli-responsive materials with laser-patterned surfaces, Hu is pushing the boundaries of both microfluidic manipulation and adaptive architecture. His research exemplifies how precision surface design can unlock new functionalities—from droplet robotics to climate-adaptive infrastructure—making him a promising voice in applied materials science.
Research Focus
Key Achievements
Top Papers
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