Today at Quantum World Congress 2026, we are announcing a demonstration of 30 logical qubits on Infleqtion’s Sqale neutral atom QPU, fulfilling our roadmap commitment for this year. We completed these experiments in August, using 80 physical qubits and our Superstaq software platform to efficiently compile the circuits for execution on hardware. Last week we … Read more
The UK is investing in quantum. In Oxford, Infleqtion is turning that investment into an innovation engine for autonomous systems in Britain, mainland Europe, and beyond. Oxford is one of the most consequential places in the world to build quantum technology, and it is leading, not following. Its Hub for Quantum Computing via Integrated and Interconnected Implementations (QCi3) alone brings together … Read more
My colleagues and I are excited to be at IEEE Quantum Week 2026 to share our work on quantum error correction using NVIDIA CUDA-Q Logical. How is Infleqtion using NVIDIA CUDA-Q Logical to advance fault-tolerant quantum computing? During IEEE Quantum Week, we are excited to preview work that our team has developed through early access to NVIDIA CUDA-Q Logical, which … Read more
Five companies now anchor the public market in quantum computing: IonQ (NYSE: IONQ), Quantinuum (Nasdaq: QNT), Rigetti Computing (NASDAQ: RGTI), D-Wave Quantum (NYSE: QBTS), and Infleqtion (NYSE: INFQ). Each is built on a different qubit technology, and each takes a different approach to its business beyond that core technology, which means the older habit of … Read more
At this year’s Global Quantum Forum in Chicago, I had the opportunity to share why I believe quantum represents the next great technological revolution and why we’re entering what I call the Precision Era. There was no better place to have that conversation than Chicago. Although I haven’t lived here in more than 20 years, … Read more
For 250 years, America’s greatest strength has been its ability to turn scientific discovery into world-changing innovation. From the industrial revolution to the space race, from semiconductors to the Internet, the United States has repeatedly transformed foundational science into technologies that change the world. The nation’s greatest innovations have strengthened economic competitiveness, bolstered national security, … Read more
The story of quantum is shifting from one of scientific discovery to an industrial one. The first era was about proving the science: demonstrating that the strange and often counterintuitive properties of quantum mechanics could be harnessed reliably enough to become useful technologies. The second era, the one we are in now, is about deploying … Read more
A quantum optical atomic clock keeps time by counting an atomic transition in the optical range, giving it substantially greater stability than compact chip-scale atomic clocks (CSACs) and cesium-beam references. For position, navigation, and timing (PNT) in GPS-denied environments, that stability is the difference between holding position for minutes and holding it for days. Tiqker … Read more
Combining neutral-atom physics, leakage-aware simulation, and the NVIDIA Ising family of open models for decoding to move faster toward practical fault-tolerant quantum computing Quantum error correction (QEC) is often described as a quantum problem. In practice, it is also a classical computing problem. Every round of QEC generates information that must be processed quickly enough … Read more
How Infleqtion is integrating GPUs across the lifecycle of logical-qubit experiments for biomarker discovery—design, validation, and real-time control. In February, Infleqtion was proud to announce our selection for a $2M Phase III contract from Wellcome Leap’s Q4Bio program, alongside our academic partners at UChicago and MIT. Through Q4Bio, we are delivering a hybrid quantum-classical biomarker … Read more