About the Project
QuPIX aims to unlock the full clinical potential of X-ray photon counting by developing a new, affordable, and scalable detector based on quantum-enhanced perovskite scintillators and micro-avalanche photon counters.
Developing breakthrough quantum-enhanced perovskite scintillators for superior X-ray photon counting.
Enabling high-quality imaging with reduced radiation exposure for patients through advanced photon counting.
Quantitative tissue composition assessment and contrast agent concentration through color X-ray capability.
Making photon-counting computed tomography accessible with cost-effective detectors for widespread clinical deployment.
101257367
Grant Agreement
€2,998,860
EU Contribution
May 2026 – Apr 2030
Duration
6 Partners
Consortium Partners
Viewpoint on the feasibility of realizing X-ray photon-counting CT using fast scintillation detectors has been published in Physics in Medicine & Biology. The paper is invited by the editorial board of the journal.
The direction toward Quantum Scintillators — the foundation of the QuPIX project — has been published in Energy Material Advances (JIF = 17.4).
QuPIX researchers from Łukasiewicz - PORT presented two talks on perovskite scintillators at the nanoGe HYPE 2026 conference in Athens, Greece.
