In an operating room, two specialists are analyzing brain scans and signals for QuID-Neuro on a monitor using NV magnetometers.

QuID Neuro Project

QuID-Neuro: Quantum Bioanalytical Integration for Real-Time Diagnostics in Neuro-Oncology

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Das P4Q-Logo zeigt blaue Buchstaben, einen grauen Globus und gelbe Akzente für das europäische Quantenphotonikprojekt.

P4Q – Project

P4Q – European Photonic Manufacturing Lines for Quantum Applications

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A glowing human silhouette shows nerve pathways, the brain, and digital circuits in blue and gold against a dark background.

QHMI2

The QHMI2 project is targeting magnetic quantum sensors for human-machine interfaces.

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A hand touches the glowing circuit traces on a futuristic circuit board with a single finger, while blue points of light radiate outward in the darkness.

QVOL2

Volume production of quantum sensors showcasing magnetic field sensors in silicon carbide.

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Ein runder LNOI-Wafer zeigt zahlreiche rechteckige photonische Strukturen und integrierte Schaltkreise in einem Raster.

LichtBriQ

Based on thin-film lithium niobate (LNOI) as an industrial platform

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Zu sehen ist PhotonQ als photonischer Quantenprozessor mit vernetzten Schaltkreisen und einer Matrix aus Qubit-Elementen.

PhotonQ

In this project, a processor for a measurement-based, photonic quantum computer will be developed.

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