We're excited to have kicked off a new project - together with Freie Universität Berlin, Technische Universität Berlin and NXP Semiconductors, and led by @jenseisert.bsky.social. Our goal is to advance the performance of quantum algorithms to solve real problems in semiconductor chip manufacturing.

We’re excited to help bring quantum computing into real-world mobility applications, by being part of the project “QCMobility – Integration of Quantum-based Methods” of the German Aerospace Center (DLR). Read the full press release below.

A new milestone for the quantum ecosystem in Germany: the QSolid quantum computer prototype is now integrated into the Jülich Supercomputing Center @fz-juelich.de and available to external users! We are proud to have contributed to this achievement. Read more: parityqc.com/qsolid-proje...

ParityQC has been selected as a Semifinalist in the XPRIZE #QuantumApplications competition! In our proposal, we introduced a quantum algorithm for exactly solving combinatorial optimization problems, which can be integrated with classical algorithms to achieve a super-quadratic speedup.

Der Quantenwissenschaftler Wolfgang Lechner hatte durch seine vom #FWF geförderte Grundlagenforschung die Idee zu einer neuen Architektur für #Quantencomputer. @parityqc.bsky.social bringt die Technologie zur Anwendung und wurde zur Erfolgsgeschichte. #ImpactStories 💡 www.fwf.ac.at/ent.../impac...

This September, we had two great new additions to our team - welcome, Arianna and Moritz! Arianna is joining ParityQC’s Use case department in Hamburg, whereas Moritz will work in our Innsbruck headquarter as a Legal Officer, strengthening our company’s legal and regulatory framework.

Scaling up spin-qubit quantum processors - using the ParityQC Architecture 💡 In our new video, Florian Ginzel and Simanraj Sadana introduce one of the quantum hardware platforms we work with, semiconductor spin qubits, and share insights from our recent work on it.

We're excited to introduce a fundamental new class of quantum gates: Replacement-Type Quantum Gates. In a major shift from conventional paradigms, the new quantum gates are built to preserve noise bias and lead to more efficient quantum error correction. Read more: parityqc.com/novel-replac...

Tangible progress at last week’s MUNIQC-SC meeting in Erlangen ⭐ Our team shared new results from benchmarking with our ASQ tool, explored compiler-HPC integration, and introduced Parity Twine - all key steps toward scaling up to 100 superconducting qubits.

A few shots 📸 from the Parliamentary Evening in Berlin attended by Christian Ertler, our Co-Head of Technology Partnerships. The topic was “Quantum Computing Today”, and ParityQC was invited alongside key representatives of Hamburg’s quantum ecosystem, including the partners of our HQML project.

We're very excited to welcome our new colleagues, Riccardo J. Valencia Tortora and Maximilian Markl! Riccardo is joining our Hardware department to explore innovative ways to implement the ParityQC Architecture, whereas Maximilian will work on Parity Flow as part of our Co-Design team.

A new milestone ⭐ a research team at @fz-juelich.de carried out the first external demonstration of Parity Twine on real hardware (IBM Heron), demonstrating its advantage. Read the paper here: arxiv.org/abs/2505.17944 Learn more about Parity Twine: www.youtube.com/watch?v=bHnR...

Ever wondered what lies at the foundation of ParityQC's algorithmic breakthroughs?💡 We’re excited to share our Parity Flow formalism: a powerful method for tracking the flow of quantum information in circuits. Watch an introductory video below, and read the paper here: www.arxiv.org/abs/2505.09468

We’re proud to be part of the new CHAMP-ION project. We and our partners will develop Europe’s first ion-trap-chip pilot line, as part of the Chips JU initiative backed by the European Chips Act. Read the press release here: parityqc.com/green-light-...

We’re pleased to announce a significant step forward in quantum error correction by the teams at ParityQC and @uniinnsbruck.bsky.social: a two-step decoder that achieves optimal accuracy and high-speed performance. Read an introduction to our new paper: parityqc.com/optimal-deco...

Parity Twine is a novel method to implement quantum algorithms across diverse hardware with world-record efficiency. In a brand new video, our team's Christoph and Florian give us an overview of the breakthrough, in their own words. Read the pre-print here: arxiv.org/abs/2501.14020

A few shots of our team at the Quantum Career Day in Vienna on April 11th! Our team's Michael Fellner - who has been working at ParityQC since 2020 - shared valuable insights from his career in the talk "A career at ParityQC: bridging research and industry in quantum computing".

A new team member has joined ParityQC - welcome, Alexander! 🎉 Alexander Scharinger holds a Master’s degree in Logic and Computation from TU Wien, and will be joining our Compiler team to contribute to the development of the ParityQC Architecture.

Expo 2025 Osaka is now officially open to visitors, and we are proud to be a part of it! We at ParityQC are contributing to the 2025 World Fair’s Austrian pavilion, whose slogan is “Composing the future”, by presenting our work revolving around the ParityQC Architecture. #EXPO2025