The SWIRFlex-DT consortium combines expertise in organic chemistry, materials science, computational modelling, device physics, photodetectors, imaging systems, characterization, commercialization, and innovation management.
Project Coordinator
National Hellenic Research Foundation (EIE-NHRF)
Project coordination and development of advanced SWIR conjugated polymers.
NTUA
Computational modelling, DFT simulations, and machine-learning-assisted materials design.
University of Manchester
Nanogap photodetector architectures and high-speed SWIR photodetection.
University of Edinburgh
Ambipolar SWIR phototransistors and transistor device engineering.
Max Planck Institute of Microstructure Physics (MPG)
Design and synthesis of highly crystalline two-dimensional conjugated polymers (2DCPs).
Martin Luther University Halle-Wittenberg
Cryo-electron microscopy and structural characterization.
Advanced Cure Electronic Nanoparticles I.K.E. (ACE)
Development and scale-up of SWIR conjugated polymer materials.
PNO Innovation
Communication, dissemination, exploitation, and innovation uptake activities.
