Quantinuum and Mitsubishi Electric Sign Agreement to Integrate Trapped-Ion Hardware Into Industrial Design Lifecycles
Quantinuum and Mitsubishi Electric have signed a non‑binding MOU to fuse Quantinuum’s high‑fidelity trapped‑ion quantum processors with Mitsubishi’s industrial simulation libraries. The collaboration will embed quantum algorithms into computer‑aided engineering tools, targeting fluid dynamics, electromagnetic and structural analyses. It creates a hybrid co‑processing testbed that generates early intellectual property before fault‑tolerant hardware arrives. The deal coincides with Quantinuum’s $1.68 billion IPO, providing capital for further quantum‑industrial ventures.
Firms Are Already Benefitting From Quantum, Here’s How
Quantum computing has moved from speculative research to revenue‑generating products, with D‑Wave’s UK‑focused study showing rapid uptake among British firms. Around 65% of UK companies have either piloted or adopted the technology, and 26% are actively using it. Large enterprises,...
Quobly Closes €115 Million ($133.5 Million USD) Series A to Industrialize Silicon-Spin Qubit Processors
Grenoble‑based Quobly closed a €115 million ($133.5 million) Series A round led by Bpifrance, SEALSQ and STMicroelectronics to industrialize its silicon‑spin‑qubit processors. The financing builds on a €19 million ($22 million) seed phase and will fund FD‑SOI wafer fabrication, packaging and commercial delivery. Quobly’s architecture...
Microsoft, Atom Computing, EeroQ Update Their Quantum Computing Progress
Microsoft reported a material switch from aluminum to lead that pushed parity‑state lifetimes from milliseconds to over 20 seconds in its topological qubit platform. Atom Computing showed that swapping in pre‑cooled spare atoms during error‑correction keeps logical‑qubit error rates flat,...
PsiQuantum Opens Public Access to Construct Fault-Tolerant Algorithm Design Software
PsiQuantum has released Construct, its fault‑tolerant quantum computing software suite, as a free, open‑access platform. The toolkit lets researchers compile and optimize algorithms with billions of gate operations for utility‑scale quantum hardware. Construct’s modular pipeline—comprising a Python development kit, a...
Atom Computing Reaches Quantum Error Correction Milestone with Toric Code Demonstration
Atom Computing demonstrated quantum error correction on its neutral‑atom platform using a toric‑code configuration, achieving sub‑threshold scaling and 90 successive stabilizer measurement cycles. This marks the first sustained multi‑round QEC on a neutral‑atom system, joining Google’s superconducting achievements. The milestone...
Fermilab and Harmoniqs Integrate Open-Source Tools to Advance Qubit Control Optimization
Fermilab’s Quantum Instrumentation Control Kit (QICK) is now integrated with Harmoniqs’ open‑source pulse‑optimization software Piccolo.jl. The partnership lets users automatically fine‑tune control pulses for larger numbers of qubits, leveraging algorithms from robotics and aerospace. More than 500 scientists already rely...
More Than Meets the Eye
Infleqtion announced the delivery of its Sqale neutral‑atom quantum computer in digital mode, providing a 100‑qubit system to the UK’s National Quantum Computing Centre (NQCC). The hardware reuses the 256‑atom analog array delivered in 2024, now operating with up to...
The Classical Advances Needed to Make Quantum Computers Tick
Quantum computers rely heavily on classical hardware for calibration, error correction and real‑time decoding. Companies such as Nvidia, Q‑CTRL, IBM, Riverlane and Google are rolling out AI‑driven software, FPGA/ASIC decoders and autonomous calibration tools to meet the growing classical workload....
Quantum Startup Quobly Raises €115m Backed by STMicroelectronics
French quantum‑computing startup Quobly announced a €115 million (≈$124 million) Series A round led by Bpifrance, Sealsq and STMicroelectronics, with participation from the European Innovation Council and Air Liquide’s venture arm. The funding will shift Quobly’s silicon‑based qubit production from a pilot line...
Xanadu Launches Public Cloud Access to Borealis Photonic Processor to Demonstrate Quantum Computational Advantage
Xanadu Quantum Technologies has placed its 216‑qubit photonic processor, Borealis, on public cloud platforms Xanadu Cloud and Amazon Braket, marking the first programmable photonic system to demonstrate quantum computational advantage. The device performs Gaussian Boson Sampling in 36 µs, a task...
QuiX Quantum Installs Real-Time Feed-Forward Control Unit for Photonic Computing Architecture
QuiX Quantum announced the first installation of its Feed‑Forward Control Unit (FFCU) within its universal photonic quantum computing stack. The rack‑mounted module combines dual FPGA processors with a 32‑by‑32 I/O matrix to deliver a deterministic 150‑nanosecond latency from photon detection...
Microsoft’s Quantum Chip Got an Upgrade. Critics Are Still Skeptical
Microsoft unveiled an upgraded quantum chip at its Build conference, swapping aluminum for lead superconductors to boost qubit parity lifetime from milliseconds to about 20 seconds—a 1,000‑fold increase. The improvement targets topological qubits that store information in Majorana modes, promising...
MIcrosoft Announces an Improved Majorana Qubit Design
Microsoft unveiled its next‑generation Majorana 2 chip at the Build conference, featuring a Majorana qubit design that delivers a 20‑second parity lifetime and a 1,000‑fold faster parity‑measurement switching time. The redesign more than doubles the topological gap by employing a novel...
The Quantum Valley Bet: Inside Amaravati’s Race Against FOMO
Andhra Pradesh’s chief minister N. Chandrababu Naidu is spearheading an indigenous “Quantum Valley” in Amaravati, aiming to sidestep global hardware restrictions and draw researchers, firms, and capital. The push began after Naidu asked IBM Quantum India’s head to bring an...