Zhishan Hou

Wenzhou University, Advanced Laser Technology (United Kingdom)

Papers

Total Citations

H-Index

About

Zhishan Hou is a rising researcher at the forefront of optofluidics and flexible sensor technology, whose work bridges photonics, microfluidics, and wearable devices. Hou’s primary contributions lie in two key areas: developing innovative opto-thermomechanical microfluidic platforms for precise particle manipulation, and pioneering laser direct writing techniques for inkless flexible sensors. In a landmark 2025 study, Hou proposed an optofluidic chip that uniquely integrates dual-mode optical manipulation—combining scattering force-driven propulsion with photothermal-induced convection—using twelve functionalized fibers to enable multiscale particle control, a breakthrough for lab-on-a-chip applications. Earlier, Hou’s 2023 work on laser direct writing introduced a novel method for fabricating inkless flexible sensors, addressing critical challenges in smart wearables, clinical diagnostics, and electronic skin by enhancing flexibility and conformability. While still early in their career, with 3 and 1 citations respectively, these foundational papers signal significant potential for impact in soft robotics and biomedical devices. Hou’s innovative hybrid approach to optical trapping and photothermal convection represents a notable achievement, offering a scalable pathway for advanced microfluidics and personalized health monitoring.