New Berkeley Lab and NVIDIA Partnership Integrates Quantum and AI Supercomputing for Next-Generation Research
Berkeley Lab and NVIDIA formed a partnership to integrate quantum and AI supercomputing.
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Expanding the capabilities of Fire Opal for all users Tackle more complex optimization problems and gain greater control with constrained optimization, estimator twirling, and adv…
Q-CTRL added constrained optimization, estimator twirling, and further controls to its Fire Opal software.
Q-CTRL sets the standard for quantum execution speed with IBM Quantum Nighthawk Fire Opal delivers 12x faster execution while preserving performance accuracy on IBM's fastest quan…
Q-CTRL announced that Fire Opal achieves 12x faster execution on IBM Quantum Nighthawk while preserving accuracy.
Accepted and Published in Quantum Fermionic Averaged Circuit Eigenvalue Sampling
Phasecraft announced acceptance and publication of its paper on fermionic averaged circuit eigenvalue sampling in the journal Quantum.
Atom Computing and Phasecraft Announce Strategic Collaboration to Accelerate Development of Next Generation Materials
Atom Computing and Phasecraft announced a strategic collaboration to accelerate development of next generation materials.
Phasecraft Tapped by Arpa E to Develop and Apply Quantum Algorithms for Catalyst Discover
Phasecraft was tapped by ARPA-E to develop and apply quantum algorithms for catalyst discovery.
Inside the Lab with Phasecraft’s Ieva Čepaitė
Phasecraft published an interview with researcher Ieva Čepaitė about her laboratory work.
Phasecraft Utilizes Accelerated Computing to Develop Quantum Computing Applications for Real World Impact
Phasecraft uses accelerated computing to develop quantum computing applications.
Governor Spanberger Announces Phasecraft to Establish U.s. Headquarters in Arlington
Governor Spanberger announced that Phasecraft will establish its U.S. headquarters in Arlington.
Inside the Lab with Sabrina Wang
Phasecraft published a newsroom feature titled Inside the Lab with Sabrina Wang.
Hybrid quantum computer observes foundational quantum effect in a new setting Physicists have used a hybrid quantum computer to observe the Aharonov-Bohm effect in a quantum simul…
Physicists at Oxford used a hybrid quantum computer to observe the Aharonov-Bohm effect in a quantum simulation.
Quantum uncertainty from addition Oxford graduate student publishes study showing derivations of quantum probability depend on the same assumption: that the probabilities of mutua…
Oxford graduate student published study showing derivations of quantum probability depend on shared assumption about addition of probabilities.
Los Alamos to play key role in renewed Quantum Science Center
Los Alamos National Laboratory will participate in the renewed Quantum Science Center with Oak Ridge National Laboratory.
LUMI AI Factory selects IQM's staged path to Europe's first superconducting quantum computer with logical qubits
LUMI AI Factory selected IQM's staged path to Europe's first superconducting quantum computer with logical qubits.
Apply November 10 2026 Q2b X Chicago Quantum Summit Poster Session
UChicago and CQE opened applications for the Q2b X poster session at the Chicago Quantum Summit due November 10 2026.
Quantum Processors Model the Flow of Information in Complex Materials
Algorithmiq published work on quantum processors modeling information flow in complex materials.
Algorithmiq and Microsoft Join Forces to Advance Fault-Tolerant Quantum Solutions for Chemistry and Drug Discovery
Algorithmiq and Microsoft Quantum announced a collaboration to develop fault-tolerant quantum solutions for chemistry and drug discovery.
What the Future of Quantum Technology Means for Global Security
Algorithmiq published an article on quantum technology and global security.
Algorithmiq Establishes Milan Headquarters and raises €18m to Position Europe as the Future of Quantum Software
Algorithmiq established its headquarters in Milan and raised €18 million.
Quantum computing’s AlphaGo moment
Algorithmiq published a newsroom item on quantum computing.
Introducing monoprop: propagation at escape velocity
Algorithmiq introduced monoprop for propagation at escape velocity.
IBM and Algorithmiq Demonstrate Quantum Advantage, Establishing a Framework for Trusted Quantum Computation Beyond Classical Verification
IBM and Algorithmiq reported a demonstration of quantum advantage with a framework for trusted quantum computation beyond classical verification.
Quantinuum and Oracle Advance Hybrid Quantum-AI Computing with Early Access to Helios
Quantinuum and Oracle reported progress in their joint effort by granting initial user access to Helios for hybrid quantum-AI tasks.
Qblox Advances Hybrid Quantum Computing with Integration of NVIDIA DGX Spark leveraging NVIDIA NVQLink
Qblox integrated NVIDIA DGX Spark with its control hardware through NVQLink in collaboration with NVIDIA CUDA-Q.
Qiskit SDK v2.6 release summary
IBM Quantum published a technical summary of new features in Qiskit SDK version 2.6.
Quantinuum and Google: Two Fault-Tolerance Results, Two Different Measures of Progress
Quantinuum reported five logical errors per million operations using error correction on its Helios system.
Decoding quantum errors with NVIDIA Ising Decoding on AWS
AWS Center for Quantum Computing and NVIDIA CUDA-Q released Ising-based software for decoding quantum errors on AWS infrastructure.
Injection is all you need: parallel universal logic in high-rate concatenated self-dual codes
An arXiv preprint outlines a technique for simultaneous error-corrected operations across multiple qubits in concatenated self-dual CSS codes via state preparation and consumption.
High-fidelity and robust controlled-Z gates for superconducting transmon qubits. I. Intrinsic errors and decoherence
An arXiv preprint outlines a control optimization method for CZ operations between coupled transmon qubits that includes decoherence and intrinsic noise effects.
Meter-scale quantum interconnects between large quantum processors
IBM Quantum demonstrated four meter-scale couplers linking two 120-qubit superconducting processors.
Quantinuum Closes In on One Million Error-Free Operations
Quantinuum reported demonstrations of quantum error correction codes and logical computations with declining error rates.
Quantum error correction in adversarial regimes
Rahul Arvind and coauthors published a Physical Review A paper showing standard quantum error correction corrects at most half the code distance under adversarial corruption and introducing quantum list decoding.
Alice & Bob decodes LDPC-cat codes on GPUs with NVIDIA NVQLink
Alice & Bob and NVIDIA CUDA-Q ran LDPC-cat code decoding on GPUs linked by NVQLink.
Running scalable hybrid quantum-classical workflows by integrating Amazon Braket with AWS Batch
AWS integrated Amazon Braket with AWS Batch to support scalable hybrid quantum-classical workflows.
Simulating NMR on a Quantum Computer: A Step Toward Practical Quantum Chemistry
Quantinuum reported simulation of nuclear magnetic resonance on a quantum computer.
Independent Study Shows Quantinuum Outperforming Superconducting Systems on Key Operations for Fault Tolerance
Quantinuum released results from an independent study comparing its performance to superconducting systems on operations for fault tolerance.
The race in quantum computers shifts toward error correction [in Italian]
QuEra published an Italian article on the shift toward error correction in quantum computers.