Technical Breakdown
Lumnious scans harness advanced photon-counting technology, enabling precise identification and localization of photons in 3D space. These scans generate detailed images with sub-micron resolution, capturing intricate cellular structures and dynamics. The system operates on the principle of time-of-flight, where the time delay between emitted and detected photons determines the distance to the target.
Performance Insights
Lumnious scans demonstrate exceptional sensitivity, allowing for deep imaging into biological tissues. The photon-counting mechanism minimizes background noise, resulting in high signal-to-noise ratios. The 3D reconstruction capability provides comprehensive spatial information, enabling accurate measurements of tissue thickness, cell volumes, and other morphological parameters. The fast scanning speed ensures high throughput without compromising image quality.
