NXP, eleQtron and ParityQC reveal Quantum Computing Demonstrator for DLR QCI
NXP, eleQtron and ParityQC reveal Quantum Computing Demonstrator for DLR QCI
The German-Made 10-Qubit Ion Trap Quantum Computer Was Unveiled in Hamburg Yesterday
Yesterday, NXP Semiconductors together with two quantum start-ups, Electron and ParityQC, revealed the first full-stack, ion-trap-based quantum computer demonstrator made entirely in Germany, based on the collaboration results of the QSea project under the DLR Quantum Computing Initiative,. It is reported that the machine, which boasts 10 qubits, combines eleQtron’s MAGIC quantum chip, ParityQC architecture and NXP’s chip design and technology.
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HENSOLDT Conducts Research in the Field of Quantum Computing
HENSOLDT Conducts Research in the Field of Quantum Computing
Hamburg Consortium to Develop New Quantum AI Methods for Researching the Smallest Material Building Blocks in the World
Hamburg Consortium to Develop New Quantum AI Methods for Researching the Smallest Material Building Blocks in the World
DLR Quantum Computing Initiative Selects IQM to Develop Quantum Simulation for Materials Science
DLR Quantum Computing Initiative Selects IQM to Develop Quantum Simulation for Materials Science
Unveiling of the QSea I Quantum Computing Demonstrator
Unveiling of the QSea I Quantum Computing Demonstrator
Airbus Will Collaborate With DLR to Develop a Hybrid Quantum Machine Learning Algorithm for Automatic Analysis of Telemetry Data
The Quantum Computing Initiative (QCI) of the German Aerospace Center (DLR) recently announced that its QCoKaIn application project has signed a research and development contract with Airbus Defence & Space. Airbus will work with the research team of the DLR Institute of Data Science to develop a hybrid quantum machine learning algorithms capable of automatically detecting anomalies in telemetry data.
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Planqc and D-Fine Have Been Selected to Participate in the BASIQ Project of the German Aerospace Center’s Quantum Computing Initiative
The German Aerospace Center's Quantum Computing Initiative (DLR QCI) announced yesterday that its BASIQ project, aimed at simulating battery materials using quantum computers, has welcomed two new partners. The bidding consortium of the consulting company D-fine and the quantum computer manufacturer Planqc will provide quantum algorithms and software solutions for solving partial differential equations in the field of lithium-ion batteries.