We have been quite busy for the last couple of weeks! By the end of March, we concluded the work on three deliverables: D3.2: Sensor characteristics A Monte Carlo (MC) simulation framework for modelling the effect of real instruments’ characteristics on the detection of light that has propagated through[…]

It’s time for the first tests on the newly installed superconducting nanowire detector at PoliMi!  We have started to test the detector on liquid phantoms and in-vivo measurements to see how well we can extract blood flow information non-invasively using the new system.

Busy week here at fastMOT! The first prototype of the multichannel SNSPD system was installed at Politecnico di Milano (PoliMi) by a Single Quantum engineer. The PoliMi team was then instructed on the use of the system – now everything is ready to start an exciting measurement campaign!

We are thrilled to announce that Laura Di Sieno (CUSBO/POLIMI) had the opportunity to present the fastMOT project at the IEEE Photonics Conference 2023 in the vibrant city of Orlando! For more information, see: https://ieeexplore.ieee.org/document/10360741

For the start of fastMOT, all project partners gathered in Delft, the Netherlands, for a two-day meeting to set the course for the next four years. The meeting not only allowed the partners to agree on several key aspects, ranging from the technical to the management side of the[…]

fastMOT proposes light sensing solution for non-invasive imaging of deep organ structures  With its innovative fast gated, ultra-high quantum efficiency single-photon sensor, the fastMOT project will enable deep body imaging with diffuse optics. Implemented in the new Multifunctional Optical Tomograph, the light sensor will achieve a 100x improvement of[…]