How LightPico Works
Discover the breakthrough science behind our AI-driven optical microscopy that achieves electron microscopy resolution through innovative picophotonics technology.
Optical microscopy with Electron microscopy resolution?
Our solution:
"label-free, non-invasive, concise setup and easy to operate"
Engineer:
Nano-machines / Semiconductor Fab / Biomedical…
Science:
Brownian motion / Viruses research …
Applications:
Semiconductor, Biomedicine, Material
Technical Innovation
AI-driven optical technique achieving electron microscopy resolution
5% of electron microscope costs, Simple sample preparation, low power, no toxic dyes, Long time service
AI-enabled super-resolution close to electron microscopy level
Pico-level optical metrology without fluorescent labeling
Achievements (CRP Projects)
C. Rendon-Barraza et.al., APL Photonics 6, 066107 (2021)
Wang et.al., Conference on Lasers and Electro-Optics Europe (CLEO-Europe (2023)
Liu, Tongjun, et al. Nature Materials 22.7 (2023): 844-847.
Chan et.al, Nanophotonics 12.14 (2023): 2807-2812.
Label-free far-field optical imaging with deeply subwavelength resolution
Achievements (CRP Projects)
Wang et.al., Appl. Phys. Lett. 124 151105 (2024)
Training: Corresponding diffraction patterns → Optical LEGO
Arbitrary shape continuous imaging
AI-Imaging Reconstruction
Confocal Imaging
Microscopy set-up
Imaging set-up in acoustic chamber
acoustic enclosure • sample stage • objective/SOL lens • 633nm laser • sample • QWP • linear polarizer • camera
Experience the Technology
Ready to see LightPico's revolutionary microscopy in action? Schedule a demonstration or explore our detailed technical specifications.