AI-Driven Microscopy

Electron-level

Optical Precision

LightPico revolutionizes microscopy with picophotonics technology, achieving λ/10000 resolution through label-free optical systems.

AI Algorithm Processing
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first image
second image
• Raw optical data• AI-enhanced precision

The Microscopy Problem

Current solutions face fundamental limitations that restrict discovery.

Conventional Optical

~300nm resolution limit

• Diffraction constrained
• Inadequate for nanoscale
• Limited molecular detail

Electron Microscopy

High resolution, high cost

• Requires vacuum
• Destructive preparation
• Expensive operation

LightPico

Electron precision, optical simplicity

• Label-free imaging
• Picometer precision
• Cost-effective
Breakthrough Technology

Picophotonics Revolution

AI-driven optical metrology combining 2D devices with machine learning for unprecedented resolution.

Topological Fields

Generate phase singularities using novel 2D devices

AI Recognition

Deep learning extracts structural data from patterns

Precision Control

Achieve λ/10000 resolution for nanoscale measurements

Resolution Comparison

Conventional Optical~300nm
STED/SNOM~30nm
Electron Microscopy~1nm
LightPico~20pm

Industry Applications

Transforming sectors from semiconductor manufacturing to biomedical research.

Semiconductor

Defect inspection and process control with nanoscale precision for advanced chip manufacturing

Biomedicine

Live cell imaging and virus research without labels, enabling breakthrough medical discoveries

Materials Science

2D materials characterization and nanomaterial analysis for next-generation technologies

Academic Research

Advanced research applications and collaboration opportunities with leading institutions

Research Excellence

Backed by rigorous research and validation from leading institutions.

Nature Materials
Published Research

λ/10000 resolution breakthrough published in one of the world's most prestigious scientific journals. Our pioneering research in picophotonics has been validated by peer review.

Peer-reviewed publication
NTU Singapore
Research Partnership

Centre for Disruptive Photonic Technologies collaboration

4+ Years
Development

Extensive validation and AI training across multiple research phases

Transform Your Research

Experience the future of microscopy with revolutionary picophotonics technology.