ILM Technology
Light and algorithms
The innovative idea of the scientific team is to have transformed a standard microscope into an interferometer. The nanoparticle solution is illuminated by a simple LED. A high dynamic range camera & images processing algorithms make it possible to detect and track the interferences patterns between the light scattered by the nanoparticles and the incident light signal. The single particle detection allows for accurate measurement of heterogeneous samples.
Interferometric Light Microscopy (ILM) in 3 seconds
The innovative idea of the scientific team is to have transformed a standard microscope into an interferometer. The nanoparticle solution is illuminated by a simple LED. A high dynamic range camera & images processing algorithms make it possible to detect and track the interferences patterns between the light scattered by the nanoparticles and the incident light signal. The single particle detection allows for accurate measurement of heterogeneous samples.
Interferometric Light Microscopy (ILM) every 15 seconds
The innovative idea of the scientific team is to have transformed a standard microscope into an interferometer. The nanoparticle solution is illuminated by a simple LED. A high dynamic range camera & images processing algorithms make it possible to detect and track the interferences patterns between the light scattered by the nanoparticles and the incident light signal. The single particle detection allows for accurate measurement of heterogeneous samples. One measure every 15 seconds enables a fine and precise monitoring of size evolution giving information on nanoparticle aggregation and complexation.
Demonstration
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Measuring
Size & Concentration
of Nanoparticles
Size Kinetics
and Aggregation
of Nanoparticles
