Weitao Dai
Papers
1
Total Citations
1
H-Index
1
About
Weitao Dai is a rising leader in optofluidics and micro/nanoscale manipulation, whose work bridges photonics, thermodynamics, and microfluidics to create versatile platforms for particle control. His key research areas include opto-thermomechanical systems, hybrid optical trapping, and photothermal convection for multiscale particle manipulation. Dai’s major contribution is the development of an innovative optofluidic chip that integrates dual-mode optical manipulation—combining scattering force-driven propulsion with photothermal-induced convection—enabling precise, multiscale particle handling in a single device. By embedding twelve functionalized fibers (eight for optical forces and four for optothermal actuation), his platform achieves unprecedented versatility for applications in biomedical diagnostics, colloidal assembly, and lab-on-a-chip technologies. Though early in his career, his most-cited 2025 paper has already garnered attention for its elegant design and practical potential. Dai’s work exemplifies how hybrid approaches can overcome limitations of conventional optical tweezers, offering scalable, reconfigurable solutions for dynamic particle control. His achievements mark him as a promising innovator at the intersection of optics and microfluidics, with future impact anticipated in precision medicine and materials science.
Research Focus
Key Achievements
Top Papers
- 1