What technology does the NanoMoi machine use?
The NanoMoi machine uses a light scattering technique called Laser Speckle Imaging (LSI) that visualizes motion inside non-transparent materials. The methodology is based upon a method developed in the 1970s to viualize the blood flow inside blood vessels. NanoMoi uses an advanced analysis algorithm that gives spectrally resolved information in real-time to visualize the result live on your screen.
How does NanoMoi reach such high sensitivity?
What are the requirements for my material to use NanoMoi?
The only requirement is that your material is non-transparent. The laser light needs to scatter to be able to measure nanoscopic motion.
How deep into material x can the NanoMoi machine measure?
Is NanoMoi really non-invasive?
The Laser used is of very low intensity (20mW, 532nm) and the light is expanded over a 5x10 cm area. Compared to small laser pointer of 5mW that illuminates only a few square mm, the illumination level is very low.
Who is behind NanoMoi?
NanoMoi is thankful to receive support from the StartHub Wageningen community and ecosystem in many forms: Scientific, technical, business and legal. This helps the NanoMoi spin-off company to become successful and allows Jesse to fully focus on developing and deploying the best product possible.