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QPerfect to present MIMIQ during Q2B Tokyo, June 24th-25th

QPerfect will be in Tokyo July 24th and 25th, for the upcoming Q2B conference. You can find us at booth E12. Prof. Shannon Whitlock, QPerfect co founder and scientific advisor will speak about MIMIQ, our large scale, high fidelity quantum computing emulator, July 25th. If you are going too..looking forward to meeting you there! #Q2B24TOKYO

QBN- Webinar

On June 4, Quantum Business Network hosted Quantum Leadership Session on the topic Quantum Computing Software Development and Benchmarking. This session focused on the importance of simulations and benchmarks for the future development of quantum computing, in order to be able to accurately evaluate quantum hardware and software performance. Shannon Whitlock presented, User-Centric Benchmarks of Quantum …

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QPerfect and Quera Computing join forces to accelerate the emergence of large scale FTQC solutions

STRASBOURG, FRANCE, BASEL, SWITZERLAND, and BOSTON, USA – May 1st, 2024. QPerfect, a pioneer of advanced solutions to accelerate practical quantum computing, and QuEra Computing, global leader in neutral-atom quantum computing, today announced a collaboration aimed at the development and evaluation of tensor network methods for accurate modeling of quantum error correction. The QPerfect-QuEra collaboration …

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QPerfect présent à Vivatech, du 22 au 25 Mai 2024 à Paris

Nous étions présents au plus grand évènement européen consacré à l’innovation et aux start-ups, sur le stand CNRS Innovation! Vous avez été nombreux à venir découvrir nos solutions de simulation de calcul quantique haute performance. Si nous n’avons pas pu nous rencontrer sur place, vous pouvez nous écrire à contact@qperfect.io.

QPerfect presented at the Q2B Paris

QPerfect’s ‘high-fidelity’ digital twins will help more accurately emulate how quantum computers work. Modeling quantum computers as faithfully as possible, including control equipment, to evaluate, compare, prototype and ultimately improve them: this is the ambition of QPerfect which, in a nascent quantum industry, wants to be the equivalent “EDA”, an acronym designating companies specializing in …

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Publication: Optimizing Rydberg gates for logical qubit performance

Robust gate sequences are widely used to reduce the sensitivity of gate operations to experimental imperfections. Typically, the optimization minimizes the average gate error, however, recent work in quantum error correction has demonstrated that the performance of encoded logical qubits is sensitive to not only the average error rate, but also the type of errors …

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Preprint: Non-Local Multi-Qubit Quantum Gates via a Driven Cavity

We present two protocols for implementing deterministic non-local multi-qubit quantum gates on qubits coupled to a common cavity mode. The protocols rely only on a classical drive of the cavity modes, while no external drive of the qubits is required. In the first protocol, the state of the cavity follows a closed trajectory in phase …

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