Post by ParityQC

A great honour to welcome Alexandra-Gwyn Paetz and Evelina Šanta-Kahle from the Bundesministerium für Forschung, Technologie und Raumfahrt at the DLR Quantencomputing-Initiative (DLR QCI) in Hamburg. Last week, we had the pleasure of presenting the QSea II machine, a trapped-ion quantum computer that we are developing together with eleQtron and NXP Semiconductors on behalf of DLR. On site, we showed our contribution to the QSea project: the Parity Compiler for optimising the QC performance and a digital twin that replicates the functions of the quantum computer in software. You can read more about our QSea digital twin here: https://lnkd.in/eydWzbiW How does that connect with the High-Tech Agenda? The High-Tech Agenda is Germany’s strategy to strengthen key future technologies as quantum computing. As public anchor customer the German government is pushing now QC hardware and the QC software stack to the fault-tolerant QC regime to reach quantum advantage for real world applications. Scalable fault-tolerant QC architectures as developed by ParityQC will play here an essential role. This kind of political backing is exactly what it takes to build sovereign and competitive quantum computing in Germany and Europe. We want to thank everybody involved, and especially Alexandra-Gwyn Paetz, Evelina Šanta-Kahle, Christian Piltz, Jan Henning D. and Dr. Robert Axmann for the valuable exchange in Hamburg. Great things in quantum computing are built by great teams. If you'd like to join ours, explore our open roles at https://lnkd.in/eZAJ94Tw #QuantumComputing #ParityQC #HighTechAgenda #QSea #DLRQuantumComputingInitiative Foto credits: Isadora Tast for DLR QCI 2026 · All rights reserved