QEDMA

🚀 We’re thrilled to announce that #QESEM by QEDMA is now available on IBM's quantum devices also as a Qiskit Function! 🎉   #QESEM tackles one of quantum computing's biggest challenges: obtaining reliable results despite noisy hardware. With our Quantum Error Suppression and Error Mitigation solution, users can achieve high-accuracy results for large circuit volumes, enabling quantum applications that were previously unattainable.   Our proprietary methods, including gate optimization, noise-aware transpilation, and unbiased error mitigation, come with theoretical guarantees to ensure user-specified precision. Furthermore, QESEM delivers unparalleled performance in circuits with arbitrary-angle entangling gates and is optimized for complex observables, unlocking new possibilities in quantum chemistry and physics.   A big thank you to the IBM Quantum team for their incredible support in making this integration happen. 🙏   We invite IBM Quantum Network premium members to explore the power of the QESEM Qiskit Function. Let's push the boundaries of quantum computing together!    💡🔗 Learn more about QESEM on the IBM documentation site: https://lnkd.in/gVx6QFGy More details about the new IBM Qiskit Functions can be found in this blog: https://lnkd.in/dKkdErZb

🚀 Join us today for a panel discussion with world experts on the future of quantum computing! 🚀   With an incredible lineup of leaders in all aspects of quantum error handling, Qedma's hosted panel in #IEEE next week will explore “The Role of Error Suppression, Mitigation, and Correction in Reaching the First Algorithmic Quantum Advantages.” Moderated by Professor Ken Brown from Duke University, watch out for what these leaders have to say on the most important question in the quantum industry.    🔬 Speakers: - Netanel Lindner – Chief Technology Officer at QEDMA - Sergio Boixo – Chief Scientist Quantum Computer Theory at Google - Madelyn C. – Harvard University - Michael Foss-Feig – Quantinuum - Neil Gillespie – Head of Decoding at Riverlane - Sabrina Maniscalco – CEO and Co-founder at Algorithmiq - Kristan Temme – Principal Research Staff Member at IBM   💡 The panel will focus on clarifying what role will each of the different components - error suppression, mitigation, correction - play in the path towards the major next goal of the quantum industry - achieving the first practical algorithmic quantum advantages. This is a unique opportunity to gain insights from the experts shaping the future of quantum technology as they discuss and argue on the pros and cons of each of the approaches.    📅 Date: Tuesday, September 17   🕒 Time: 15:00–16:30 ET   📍 Location: IEEE Quantum Week 2024, Palais des Congrès, Montréal, Québec, Canada   🔗 Learn more and register: https://lnkd.in/evDRyM86   #QuantumComputing #ErrorMitigation #ErrorCorrection #QuantumAlgorithms #QuantumAdvantage #Innovation #TechPanel #QuantumErrorSuppression #IEEEQuantumWeek

QEDMA’s Quantum Error Suppression and Error Mitigation (QESEM) is now part of IBM’s Qiskit Functions! 💥 The software is designed for high-accuracy execution of utility-scale quantum circuits, with application-agnostic performance, user-friendly API integration, and QPU-time estimation to optimize resource management. https://lnkd.in/eDHbY3E3 #QuantumComputing #Innovation #Qiskit #ErrorMitigation

Today I’m excited to share a few milestones. First, Qiskit has proven to be the most performant software development kit for building and transpiling quantum circuits, based on the results of over 1,000 benchmarking tests. These tests were developed by leading universities, national labs, and IBM, released in an open-source package and a paper today via the arXiv (https://lnkd.in/e98wniXY), where Qiskit was compared to other leading quantum software SDKs: BQSKit, Braket, Cirq, Staq, and TKET. These have been released as part of an open-source package named Benchpress to enable the Quantum Industry to confirm and expand upon this analysis in order to provide meaningful comparisons between quantum SDKs (https://lnkd.in/eWTVuThh). In our testing, Qiskit successfully completed the most tests and transpiled circuits with the best combination of speed and number of gates. Its was the only software that was able to complete all of the tests that were possible for it to complete. We’ve always said that we need extremely powerful and performant software to match the scaling of our quantum hardware, and I believe the results released today show we’re on the correct path—being able to deliver both to our users. Second, today during IEEE Quantum Week, I shared the first look at the Qiskit Functions Catalog—a platform for third parties to offer quantum software that is directly integrated into our platform to make it more accessible and more efficient to use. The Qiskit Functions Catalog is now available in preview to our Premium Plan Users. Startups Algorithmiq, Q-CTRL, QEDMA, and QunaSys are the first to offer functions on the Qiskit Functions Catalog (https://lnkd.in/eWCNrsuY). Paired with the performance of Qiskit and utility-scale quantum hardware, it is our hope that Qiskit Functions will accelerate algorithm and application discovery. It is my goal that quantum developers and other third parties continue to develop their own additions to the Qiskit Functions Catalog, which in turn will aid the discovery of new algoirthms and domain-specific use cases across many industries. I look forward to see how our users and partners are able to leverage the unparalleled performance and speed Qiskit coupled with the novel quantum software of our partners to unlock quantum advantage. To read more please check out the blogs Performance: https://lnkd.in/e9upRVjt Functions: https://lnkd.in/ewhYkcia

🚀 We’re thrilled to announce that #QESEM by QEDMA is now available on IBM's quantum devices also as a Qiskit Function! 🎉   #QESEM tackles one of quantum computing's biggest challenges: obtaining reliable results despite noisy hardware. With our Quantum Error Suppression and Error Mitigation solution, users can achieve high-accuracy results for large circuit volumes, enabling quantum applications that were previously unattainable.   Our proprietary methods, including gate optimization, noise-aware transpilation, and unbiased error mitigation, come with theoretical guarantees to ensure user-specified precision. Furthermore, QESEM delivers unparalleled performance in circuits with arbitrary-angle entangling gates and is optimized for complex observables, unlocking new possibilities in quantum chemistry and physics.   A big thank you to the IBM Quantum team for their incredible support in making this integration happen. 🙏   We invite IBM Quantum Network premium members to explore the power of the QESEM Qiskit Function. Let's push the boundaries of quantum computing together!    💡🔗 Learn more about QESEM on the IBM documentation site: https://lnkd.in/gVx6QFGy More details about the new IBM Qiskit Functions can be found in this blog: https://lnkd.in/dKkdErZb

🚀🚀🚀Super exciting news announced at Q2B Tokyo! 🚀🚀🚀 QEDMA is concluding an exciting (and incredibly hot!) week at Q2B Tokyo. QEDMA and RIKEN revealed their unique collaboration, joining forces between Qedma's error mitigation software (QESEM) and RIKEN's cutting-edge classical simulations of quantum systems, powered by the Fugaku supercomputer. Qedma and RIKEN demonstrated the first-of-its-kind optimized hybrid execution of quantum circuits. In this demonstration, the workload was split between IBM Eagle and Heron QPUs, with error-free results delivered using QESEM, and a classical simulation using RIKEN's cutting-edge tensor network methods for simulating quantum circuits. This exciting news was announced at Q2B Tokyo in a joint keynote given by Qedma's CTO Netanel Lindner and RIKEN group leader Seiji Yunoki.   The outcomes of this collaboration are amazing, with significant demonstrated speed-ups (more than 20x) in QPU times required to achieve high-accuracy, unbiased results from large-volume quantum circuits. The implications are enormous: by leveraging the rapidly evolving capabilities of quantum computers and the computing power of supercomputers, Qedma and RIKEN are accelerating the timeline for quantum algorithm advantage. 💻 💻 💻 Stay tuned for more results coming from the Qedma-RIKEN collaboration!

QEDMA is returning to #Q2BTOKYO! Our CTO, Netanel Lindner, will present a joint keynote with Seiji Yunoki from RIKEN. They will share exciting results from the Qedma-Riken collaboration on accelerating the path toward quantum advantage through hybrid quantum-classical circuit execution. Join us at the Keynote Room at 11:55 AM on Wednesday July 24th. #QuantumComputing #QuantumAdvantage #HybridQuantumClassical QEDMA RIKEN IBM

Meet us at IQT Inside Quantum Technology 2024! Qedma's CTO Prof. Netanel Lindner will be giving a keynote at IQT Nordics Helsinki-Espoo presenting the capabilities of Qedma's Quantum Error Suppression and Error Mitigation (#QESEM) software. In particular, presenting demonstrations utilizing a full IBM Eagle device (>100 qubits) reaching record breaking active volumes. 📅 Inside Quantum Technology Nordics Helsinki-Espoo, June 24 10:20 EET, 2024 #qedma #quantumtechnology #quantumcomputer #iqtevent

We had the pleasure of participating in the IBM Quantum Partner Forum in Milan last week. It was a wonderful opportunity to hear about the latest developments in the field of quantum computing and to meet and discuss with a great community of experts, including the team from IBM, pioneering startups, and purpose-driven quantum teams. Inspiring talks were given by Jay Gambetta and Katie Pizzolato on the amazing achievements and future roadmap of IBM Quantum, reminiscent of the strategies employed by Apple and NVIDIA. QEDMA showcased the latest developments in QESEM, our pioneering Quantum Error Suppression and Error Mitigation product. Qedma’s CTO, Prof. Netanel Lindner, presented large-scale demos run with QESEM on IBM’s Eagle devices, including our latest 1D and 2D full-device Hamiltonian simulation experiments, reaching the largest active volumes obtained to date using an unbiased error-mitigation solution. The demo session also included Michael Biercuk and Matteo Rossi. The rapid progress in the field is stunning. In particular, we’re very excited by IBM’s progress on its hardware platforms and the exciting opportunities that lie in the combination of these platforms with classical supercomputers. Our demonstrations provide evidence that with devices soon to be made available by IBM, QESEM will enable the scaling of error-mitigated quantum computers to exponentially surpass classical simulations. From this point forward, QESEM will give its users access to circuit volumes which are inaccessible with classical computers, and put us in the regime of quantum computational advantage. #QuantumComputing #ibm #quantum

We are extremely proud to announce that Qedma's CSO and co-founder, Prof. Dorit Aharonov, has been elected to the United States National Academy of Science (NAS). This is a great honor and a highly prestigious recognition of her scientific achievements and contributions to the area of quantum computation. https://lnkd.in/eCVFc-u2