Magnetic dopants help quantum dots use light for chemical reactions
Los Alamos researchers showed that magnetic dopants enable quantum dots to drive light-induced chemical reactions.
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Spin-polarized transport tomography of a quantum-dot spin qubit via ferromagnetic leads
Three physicists described a method to recover the full quantum state of an electron spin in a dot by measuring currents from magnetic contacts.
Customers Don't Want Qubits, They Want Answers
Diraq published a newsroom item on customer preferences regarding qubits.
Diraq Founder and CEO Andrew Dzurak Elected a Fellow of the American Physical Society
The American Physical Society selected Diraq chief Andrew Dzurak for fellowship status over his silicon qubit advances toward large quantum systems.
Diraq Advances to Final Stage of DARPA’s Quantum Benchmarking Initiative
DARPA selected Diraq to advance to the final stage of its Quantum Benchmarking Initiative with up to 300 million dollars for validation.
Electrically Tunable Orbital Coupling and Quantum Light Emission from O-Band Quantum Dot Molecules
Researchers reported voltage-controlled orbital coupling in InAs/InGaAs quantum dot molecules emitting in the telecom O-band.
Diraq to establish quantum R&D laboratory in New Mexico
Diraq announced plans to establish a quantum R&D laboratory in New Mexico.
Could Quantum Fix AI’s Energy Problem?
Diraq examined quantum computing's potential to cut energy use for certain demanding computational workloads amid rising AI data center power consumption.
Diraq and Dell Technologies are Building a Bridge Between Quantum and Classical Computing
Diraq and Dell Technologies have started a joint project to link quantum chips with conventional high-performance computers.
Quantum Motion implements a streaming cryogenic quantum error correction decoder on commercial FPGAs
Quantum Motion implemented a streaming cryogenic quantum error correction decoder on commercial FPGAs.
Iceberg Quantum and Diraq Confirm Pinnacle’s Logical Advantage for Spin Qubits Using NVIDIA CUDA-Q Logical
Iceberg Quantum and Diraq confirmed Pinnacle’s logical advantage for spin qubits using NVIDIA CUDA-Q Logical.
Also covered by Quantum Motion
Quantum Motion appoints Anna Stockklauser as Chief Product Officer
Quantum Motion promoted Anna Stockklauser from vice president of product to chief product officer.
Designed to be Deployed
Diraq will place one of its silicon-based quantum processors at an Equinix facility.
Building Scalable Quantum Computing Systems
Photonic published a post identifying scalability as the core architecture challenge for reaching large numbers of logical qubits in quantum computers.
Quantum Motion secures additional investment to accelerate scalable silicon quantum computing
Quantum Motion secured additional investment for scalable silicon quantum computing.
Investor spotlight: Why Lansdowne Partners backed Quantum Motion
Lansdowne Partners backed Quantum Motion.
Diraq Founder and CEO Andrew Dzurak Awarded 2026 Walter Boas Medal
Andrew Dzurak, founder and CEO of Diraq, received the 2026 Walter Boas Medal.
What is Quantum Resource Estimation?
Photonic published an article on quantum resource estimation.
Diraq to Deploy a Quantum Computer Inside an Equinix Data Center
Diraq and Equinix agreed to locate a quantum computer inside a commercial data center in Sydney.
Diraq charts course to utility-scale quantum computing with millions of spin qubits on a single silicon chip
Diraq announced a plan for utility-scale quantum computing with millions of spin qubits on a single silicon chip.
Diraq Opens U.S. Technology Hub in Los Angeles
Diraq established a Santa Monica site for its twenty-person team developing silicon qubits.
Diraq Opens First U.S. Quantum Laboratory in Chicago
Diraq started operations at a Chicago research site tied to the local quantum park program.
PhDs Need Not Apply: How the Quantum Workforce is Maturing
Diraq published an article discussing the maturation of the quantum workforce and declining emphasis on PhD requirements.
Multispectral Colloidal Quantum Dot Infrared Detectors — New York University
New York University received an award for multispectral colloidal quantum dot infrared detectors.
Quantum's Fastest Path Runs on Proven Infrastructure
Diraq published material on quantum paths using established infrastructure.
Why Silicon Spin Qubits Fit Inside the Data Centre
Quantum Motion published an article on silicon spin qubits operating in data centre settings.
One Million Qubits Is Table Stakes
Diraq published a newsroom item on qubit scaling targets for quantum processors.
Inside The Qblox Spin Qubit Lab: A Full-Stack Testbed For Spin Qubit Control
Qblox described its Spin Qubit Lab, a full-stack testbed for spin qubit control, on July 14, 2026.
Imec and Diraq demonstrate first coherent operation of eight silicon MOS spin qubits fabricated in a 300mm CMOS-compatible foundry process
Imec and Diraq demonstrated coherent operation of eight silicon MOS spin qubits fabricated in a 300mm CMOS-compatible foundry process.
Quantum Motion demonstrates a compact, high-fidelity spin-qubit sensor in an industrial silicon process
Quantum Motion demonstrated a compact, high-fidelity spin-qubit sensor in an industrial silicon process.
Fully Baseband Control and Readout: The Foundation for Scalable Spin Qubits
Qblox published "Fully Baseband Control and Readout: The Foundation for Scalable Spin Qubits" on July 6, 2026.
Diraq’s Quantum Computers Are Boring
Diraq published a newsroom article about its quantum computers.
Diraq is Accelerating its Path to Utility-Scale Quantum Computing with NVIDIA Ising and NVQLink
Diraq announced integration of NVIDIA Ising and NVQLink with its quantum computing platform.
Diraq Expands U.S. Presence with Palo Alto Office
Diraq opened an office in Palo Alto to expand its U.S. presence.
Investigating Deuterium to Boost T Centre Performance
Photonic is investigating deuterium to improve T centre performance.
Exploring Magnetic Field Control for More Robust Entanglement Between T Centres
Photonic explored magnetic field control for robust entanglement between T centres.