High-Brightness, Wide-Gamut, and High-Resolution Structural Colors via Ultrafast Laser Oxidation of Ti/TiO2 Films
Westlake University’s “Ultralight SiC AR Waveguide” Recognized with a “2025 Top 10 Socially Influential Optical Events in China (Light10)” Nomination Award
Winding coupling phase for pseudo-spin-derived topological photonics
The best science images of 2025—Nature’s picks，Westlake University's "Tattooed Water Bear" Selected
Westlake University Team Develops Ice-Assisted van der Waals Metal Contact Technology, Breaking Through Perovskite Device Interface Challenges
Light-Controlled Mechanical Oscillator Utilizing the Van der Waals Force
3.8g, mass producible SiC diffractive waveguide without Rainbow Artifacts
Dispersion Design Method of Metasurface Based on Semi-Inverse Phase Matching - Team of Min Qiu at Westlake University School of Engineering
Breakthrough in Micro/Nanofabrication on Living Organisms: Scientists Successfully "Tattoo" Tardigrades
Westlake Instruments Achieves Breakthrough in 12-Inch SiC Substrate Laser Lift-Off Technology
Westlake Instruments Product Recognized as China’s First (Set) Major Technical Equipment in 2024
Exploring Infinite Possibilities: Showcasing Ultra-Thin, Rainbow-Effect-Free Silicon Carbide AR Diffractive Waveguides
Research Progress of the Qiu Min Team at the School of Engineering, Westlake University | 4H-SiC Metalens: Mitigating Thermal Drift Effect in High-Power Laser Irradiation
Optical steelyard: high-resolution and wide-range refractive index sensing by synergizing Fabry–Perot interferometer with metafibers
The Westlake University team has developed a new optical fiber spring sensor with a detection limit of picobarn, which may be used to discover microscopic physical phenomena.