Latest Quantum Systems & Engineering News
-
Sep- 2026 -23 SeptemberSystems & Engineering
IonQ Shows a Single Laptop CPU Can Decode a Simulated 408-Logical-Qubit Trapped-Ion Computer in Real Time
IonQ researchers decoded simulated trapped-ion workloads on 12 Apple M4 Max cores, the largest with 408 logical qubits and another with over a million T gates, adding under 0.3% delay at a two-qubit error rate of one in 10,000.
Read More » -
15 SeptemberSystems & Engineering
Surface Code Runs Below Threshold on IBM Heavy-Hex – But Only in One Direction at a Time
Researchers showed that error suppression can work on hardware whose geometry was never designed for the surface code – a result that broadens the viable hardware base for fault-tolerant quantum computing, though full isotropic scaling has not been shown.
Read More » -
15 SeptemberSystems & Engineering
Infleqtion and NVIDIA Build a qLDPC Compiler Pipeline, But the Code Has Not Yet Run on Hardware
Infleqtion integrated its open-source qLDPC library with NVIDIA's new CUDA-Q Logical compiler layer, validating a code that encodes 18 logical qubits in 98 physical data qubits. The software pipeline works. Physical execution is next.
Read More » -
11 SeptemberSystems & Engineering
Altera and Riverlane Validate QECi on Agilex FPGAs – and the Day After, Qblox Closes the Real-Time QEC Loop at 6.9 µs
Riverlane validated QECi on Altera Agilex 7 FPGAs on September 10, and Qblox closed a real-time QEC loop over it the next day using emulated qubit data. QECi is the first purpose-built, open-source, multi-vendor QEC interface stack with closed-loop results.
Read More » -
11 SeptemberSystems & Engineering
Xanadu and AMD’s Backline Opens a Third Front in the Quantum Control Stack Race
Xanadu and AMD released Backline, an open-source platform that connects quantum control hardware to standard AMD CPUs with sub-3µs round-trip latency. The announcement adds a third architectural option to a control-stack race that includes NVIDIA's NVQLink and Riverlane's QECi.
Read More » -
5 SeptemberSystems & Engineering
Copenhagen’s Quantum Foundry Plans a 5,300-Square-Meter Chip Fab – But What Will It Actually Build?
Quantum Foundry Copenhagen, owned by the Novo Nordisk Foundation, plans a 5,300-square-meter quantum chip fab for 2027. It lists superconducting, semiconducting and photonic components but has not named a customer or said which it will make at scale.
Read More » -
Apr- 2026 -15 AprilSystems & Engineering
EuroHPC Inaugurates Two Quantum Computers: Superconducting in Munich, Photonic Near Paris
Two months apart, EuroHPC inaugurated IQM's 54-qubit Euro-Q-Exa at LRZ and Quandela's 12-qubit photonic Lucy at TGCC, each coupled to a national supercomputer and open to European researchers.
Read More » -
Mar- 2026 -20 MarchSystems & Engineering
IBM’s Quantum-Centric Supercomputing Blueprint
IBM's reference architecture treats quantum processors as specialized compute offload engines within existing HPC infrastructure — and maps a decade-long evolution toward fully co-designed quantum-classical systems.
Read More » -
7 MarchIndustry
China Releases Freely Downloadable Quantum Operating System
China's Origin Quantum Computing Technology Co. has made its quantum operating system, Origin Pilot, available for free public download - a move that multiple sources describe as the first time a quantum computer OS has been offered for local deployment anywhere in the world. The release, announced February 26 through the Anhui Quantum Computing Engineering Research Center and widely covered…
Read More » -
Dec- 2025 -30 DecemberResearch
China’s Zuchongzhi 3.2 Crosses the Error Correction Threshold – and Takes a Different Path Than Google to Get There
30 Dec 2026 - Exactly one year after Google's Willow became the first quantum processor to operate below the surface code threshold, China's USTC has matched the feat - and done it without the extra hardware that Google required. Researchers at the University of Science and Technology of China (USTC) have demonstrated quantum error correction operating below the fault-tolerance threshold…
Read More » -
18 DecemberIndustry
China Puts a Quantum-Advantage Machine on the Cloud – and It’s Fully Domestically Built
18 Dec 2025 - China Telecom Quantum Group (CTQG) and QuantumCTek have deployed the Tianyan-287, a fully domestically produced 105-qubit superconducting quantum computer, for commercial cloud access on the Tianyan quantum computing platform. The system uses the same chip architecture as USTC's Zuchongzhi 3.0 - the processor that set the world record for quantum computational advantage in superconducting systems in…
Read More » -
10 DecemberSystems & Engineering
QuantWare’s “10,000‑qubit chip” headline: a real scaling bet – and why it still doesn’t mean Q‑Day
Dutch startup QuantWare has announced VIO-40K™, a new 3D packaging architecture designed to build superconducting quantum processors with up to 10,000 qubits on a single device. This represents roughly a 100× increase over the scale of today’s largest superconducting chips. The VIO-40K approach uses a stack of chiplets - multiple layers of quantum chips and interposer modules - to deliver…
Read More » -
Nov- 2025 -19 NovemberIndustry
Quantum Utility Block: A Fast-Track, Modular Path to Quantum Utility
Three quantum technology companies – QuantWare, Q-CTRL, and Qblox - jointly unveiled a new offering called the Quantum Utility Block (QUB), billing it as “the fastest path to quantum utility” for enterprises and research institutions. This announcement, made in Delft, Netherlands, signals a novel approach to deploying quantum computers: instead of relying on proprietary one-vendor systems or costly in-house development,…
Read More » -
17 NovemberSystems & Engineering
Elevate Quantum Launches First Open Quantum Architecture System in U.S. (Colorado)
Elevate Quantum and an international team of partners have announced the deployment of the United States’ first Quantum Open Architecture (QOA) quantum computing system, to be hosted in Colorado. In a collaborative effort involving Dutch quantum processor maker QuantWare, control electronics specialist Qblox, quantum software firm Q-CTRL, and Colorado-based cryogenics startup Maybell Quantum, the group is establishing a modular quantum…
Read More » -
13 NovemberIndustry
IBM Unveils “Nighthawk” and “Loon” Quantum Chips: Milestones Toward Quantum Advantage and Fault Tolerance
IBM has announced two significant advances in quantum computing as part of its updated roadmap on November 12, 2025. At the annual Quantum Developer Conference, the company introduced IBM Quantum Nighthawk and IBM Quantum Loon – two new processors that mark major steps toward achieving practical quantum advantage by 2026 and fault-tolerant quantum computing by 2029. The first is a…
Read More »
