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We feel confident that our roadmap presents the most viable plan for bringing large-scale, fault-tolerant, and useful quantum computing to the world. We hope you’ll join us along that path.ReferencesYoder, Theodore J., et al. Tour de gross: A modular quantum computer based on bivariate bicycle codes. arXiv:2506.03094, arXiv, 3 Jun 2025. arXiv.org, . | Bravyi, Sergey, et al. High-threshold and low-overhead fault-tolerant quantum memory. DOI:10.1038/s41586-024-07107-7, Nature, 27 Mar 2024. nature.com, . | Müller, Tristan, et al. Improved belief propagation is sufficient for real-time decoding of quantum memory. arXiv:2506.01779, arXiv, 2 Jun 2025. arXiv.org, . | Cross, Andrew, et al. Improved QLDPC Surgery: Logical Measurements and Bridging Codes. arXiv:2407.18393, arXiv, 25 Jul 2024. arXiv.org, . | Williamson, Dominic J. & Yoder, Theodore J. Low-overhead fault-tolerant quantum computation by gauging logical operators. arXiv:2410.02213, arXiv, 3 Oct 2024. arXiv.org, . | Cohen, Lawrence Z., et al. Low-overhead fault-tolerant quantum computing using long-range connectivity. DOI:10.1126/sciadv.abn1717, Science Advances, 20 May 2022. arXiv.org, . | Swaroop, Esha, et al. Universal adapters between quantum LDPC codes. arXiv:2410.03628, arXiv, 19 Mar 2025. arXiv.org, | Bravyi, Sergei & Kitaev, Alexei. Universal Quantum Computation with ideal Clifford gates and noisy ancillas. arXiv:quant-ph:0403025, arXiv, 4 Mar 2004. arXiv.org, . | Gupta, Riddhi S., et al. Encoding a magic state with beyond break-even fidelity. DOI:10.1038/s41586-023-06846-3, Nature, 10 Jan 2024. nature.com, . | IBM Quantum: Tomorrow's computing todayQuantum starts here(opens in a new tab)Keep exploringView all blogsFrom Representation to Revolution: Celebrating the FFT and the Future of Computing16 Jun 2025 • Alessandro Curioni, Jay Gambetta, Ryan MandelbaumResearchAlgorithmsNew application functions help applied researchers tap the power of quantum5 Jun 2025 • Joachim Schäfer, Jenay Patel, Valerie Chiang, Sanket Panda, Suhare Nur, Robert DavisCommunityResearchQiskitWhat is fault-tolerant quantum computing?30 May 2025 • Robert Davis, Olivia Lanes, John WatrousError Correction & MitigationResearchLockheed Martin & IBM combine quantum computing with classical HPC in new research22 May 2025 • Javier Robledo-Moreno, Gavin Jones, Roberto Lo Nardo, Robert DavisNetworkResearchUse CasesFeaturedTechnologyIBM Quantum SafeIBM Quantum NetworkResearchGet accessPricingIBM Quantum PlatformGet startedQiskitDocumentationLearningStay connectedBlogLinkedInYouTubeCommunityCareersContact IBMTerms of useAccessibilityPrivacyCookie preferences, The IBM z17’s 43 billion transistors, 24 million miles of wire and 18 layers of metal form a system capable of 35 billion transactions a day. It’s safe to say it took a team effort to build it., How IBM will build the world's first large-scale, fault-tolerant quantum computer With two new research papers and an updated quantum roadmap, IBM® lays out a clear, rigorous, comprehensive framework for realizing a large-scale, fault-tolerant quantum computer by 2029..
Classic computers compute linearly. Quantum machines make leaps. June 26, 2025 Today’s most advanced computers are built on classic logic: chips packed with transistors switching between 1s and 0s to drive calculations. While powerful, their performance scales linearly—and that model is hitting a ceiling. “In traditional computing, power increases linearly with the more transistors you , IBM verfolgt nun einen neuen Ansatz: sogenannte quantum Low-Density Parity Check (qLDPC)-Codes. Diese sollen mit etwa einem Zehntel der bisherigen Qubitanzahl auskommen und erlauben dadurch einen kompakteren Systemaufbau. Eine weitere Neuerung ist die Fähigkeit zur Echtzeitdiagnose von Fehlern., If you go back a similar amount of time, you get to 2011 and Intel's Sandy Bridge CPUs built on 32 nm silicon. An Intel Sandy Bridge Core i7 2700K chip had 1.1 billion transistors back in 2011., That said, the potential number of transistors on those sub-A2 (10nm Lg) chipsets is staggering. The current Intel Core Ultra 9 285K has about 18 billion transistors, meaning the sub-A2, IBM pioneered neuromorphic hardware a decade ago with TrueNorth and is now iterating with NorthPole, a 22-billion-transistor prototype that fuses memory and compute on the same die to deliver 13 TB/s of on-chip bandwidth., .