Discover the ATTRACT projects developing infrared technologies and innovative solutions for society.
Sensors
2 μm high power/short pulse laser based on monolithic semiconductor saturable absorber (POLMOSSA)
By Crystalline Mirror Solutions GmbH, Lebanese University, RefleKron & Lebanese University – Fiber optics Lab
Software & integration
Automated real-time 3D ultrasound mapping of arteries and nerves (3D-ULTRAMAN)
By Vitestro & Result Laboratorium
Sensors | Software & integration
Combined optical imaging and ultrasound focusing for hand-held, non-invasive cleaning of implanted cerebrospinal fluid shunting devices in patients of hydrocephalus: initial design and proof-of-concept (FUSCLEAN)
By Universidad de Sevilla & Technological Corporation of Andalusia
Data acquisition systems & computing | Front & back-end electronics | Software & integration
Head-worn 3D-visualisation of the invisible for surgical intra-operative augmented reality (H3D-VISIOnAiR)
By i-Med Technology, IMEC Netherlands & Maastricht University Medical Centre
Data acquisition systems & computing | Sensors
Hyperspectral remote sensing of marine plastics (HyPeR)
By Flemish Institute for Technological Research, Flanders Hydraulics Research & Norsk Elektro Optikk
Sensors
Next generation infrared photodetectors utilising advanced semiconductor nanowires on silicon
By Lancaster University & InfraTec
Front & back-end electronics | Sensors
Novel combined visible – infrared detectors (VISIR)
By IMASENIC Advanced Imaging, Dipartimento di Fisica – Politecnico di Milano & Dipartimento di Ingegneria – Università Roma Tre
Sensors
Plasmonic enhanced silicon photomultipliers for near infrared light detection (PlaSiPM)
By Fondazione Bruno Kessler & Consejo Superior de Investigaciones Científicas (CSIC)
Sensors
Single photon sensor for mid-infrared lidar (SMIL)
By KTH Royal Institute of Technology & Single Quantum
Sensors
Single pixel thermal camera based on liquid crystal resonant structures
By PhotonicSys & Universidad Autónoma de Madrid
Sensors
Superior γ detection and IR imaging via ALD-passivated germanium nanostructures (SUGER)
By Aalto University, Baltic Scientific Instruments & Pixpolar Oy
