Projektlaufzeit 01. Mai bis 31. Oktober 2025
Low-loss null-couplers for fibre-based quantum information processing (NULL Coupler)
Multifunctional feedthroughs in sapphire made of aluminum (MeDuSA)
Ferroelectric Neuromorphic Extended Testing (FerroNEXT)
Electro-Optical Chip-Carrier for Ion-Traps in Ultra High Vacuum Environment (WaveCarrier)
Integrated detection system for ion trap quantum computers (Ion-Detect)
Quantum Modulator for UV Applications (QMODUV)
Sensorless Closed-Loop Neuromorphic Motor Control (SCNMC)
Innovative scalable optical connections for ion-based quantum computing (Ion-QC)
Scalable InP-Laser Chiplets for
Neuromorphic Computing (SILC-NC)
Seamlessly Integrating the Power of Analog Computing in Hybrid
(digital/analog) AI Accelerators (HyDRA)
