We are here to innovate
medical imaging
Revolutionary new light sensing solution
With its innovative fast gated, ultra-high quantum efficiency single-photon sensor, the fastMOT project will enable the imaging of deep body structures and the monitoring of body functions.
100x improvement of signal-to-noise ratio
Implemented in the new Multifunctional Optical Tomograph, the light sensor will achieve a 100x improvement of signal-to-noise ratio compared to using existing light sensors.
Higher accuracy of non-invasive diagnosis
The proposed MOT has the potential to significantly improve the accuracy of non-invasive diagnosis and will make it possible to monitor body functions such as oxygenation, haemodynamics or perfusion.
news
Sharing fastMOT research at fNIRS 2026
Last week, researchers involved in fastMOT travelled to Macau, China, to share their work at fNIRS 2026 (16–19 October). Our contributions to the scientific programme: Xingmin Li – “Deep[…]
Interview: Exploring WP3 with Frédéric Lange
How do you test an imaging system before you even have the data? You simulate physics. That’s one of the things Frédéric Lange and his colleagues at University College[…]
fastMOT at Optica ImageSense Congress
At the Optica ImageSense Congress in Maastricht this week, our fastMOT project was represented by Alberto Dalla Mora, who delivered an invited talk: “Lighting the Inside: The Path Toward[…]
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project numbers
Six partners from five different countries have joined forces in the fastMOT project.
Consortium
The project consortium is composed of six partners:
