Quantum Algorithm for Linear Matrix Equations
Google Quantum AI researchers developed a quantum algorithm for solving important classes of linear matrix equations using block-encoding.
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A curated view of the most important and interesting research from across the quantum ecosystem.
Scaling Quantum Processors with Heron
IBM continues advancing scalable quantum processors with improved fidelity, performance, and reduced error rates.
AUG 2026
MICROSOFT
Designing Quantum Error Correcting Codes to Fit Decoders via Reinforcement Learning
Microsoft researchers explore reinforcement learning to co-design quantum error-correcting codes and decoders, optimizing code structures for decoder performance.
AUG 2026
AMAZON WEB SERVICES
AWS and JPMorganChase Collaborate to Advance Quantum Computing R&D
AWS and JPMorganChase explore quantum technologies for complex optimization problems through hybrid quantum-classical methods, algorithms, and experiments.
SEP 2026
NVIDIA
CUDA-Q Logical: Retargetable Compilation for Fault-Tolerant Quantum Computing
NVIDIA introduces CUDA-Q Logical, a compiler infrastructure designed to connect logical quantum programs with error-correction codes, physical resources, and fault-tolerant execution models.
JAN 2026
INTEL
Running a Six-Qubit Quantum Circuit on a Silicon Spin-Qubit Array
Researchers demonstrate a programmable six-qubit quantum circuit on a silicon spin-qubit array, highlighting the challenges of scaling semiconductor quantum hardware.
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