Quantum error correction (QEC) stories
Room-temperature photonic systems could help quantum machines slot into data centres and classical supercomputers without cryogenic cooling.
The tie-up aims to bring quantum processors into supercomputing workflows, with France, the UK and Germany as the first target markets.
Cloud users could gain access to fault-tolerant quantum computing in 2028, as QuEra and AWS expand their collaboration.
The chip is meant to solve qubit instability, a hurdle Microsoft says has delayed its goal of a scalable quantum computer until 2029.
Researchers can now probe fault-tolerant quantum computing trade-offs with an open-source toolkit that models phase estimation on ordinary laptops.
QuEra survey finds quantum buyers and backers are demanding stronger proof of value, even as 46% of organisations expect budgets to stay flat.
The move broadens Google's bet on fault-tolerant machines as rivals debate whether superconducting qubits or neutral atoms will scale fastest.
Quobly unveils silicon spin-qubit roadmap to 2032, targeting million-qubit quantum processors built on industrial FD-SOI manufacturing.
Quantum Machines unveils Open Acceleration Stack to link GPUs and quantum control with microsecond-latency hybrid orchestration.
PsiQuantum links Nvidia CUDA-Q to its Construct toolkit, promising GPU-accelerated quantum simulations up to 450 times faster than CPUs.
Quobly and Entropica join forces in Singapore to co-design fault-tolerant silicon quantum systems from chip architecture to software stack.
Firgun backs Los Angeles quantum start-up Quantum Elements to scale its AI-powered Constellation software platform for circuit design.
Quantum Machines will open a flagship quantum hub in Chicago's Illinois Quantum and Microelectronics Park to expand US research operations.
Riverlane launches an AI-driven quantum error correction hub in Delft, led by Barbara Terhal, bolstering its European R&D footprint.
Quobly starts running custom silicon-28 FD-SOI quantum wafers at STMicroelectronics' Crolles fab, aiming at scalable million-qubit processors.
HPE cements supercomputing lead as its exascale systems take the top three TOP500 spots and half of the Green500's 20 most efficient.
Riverlane reveals a hardware quantum error decoder that corrects surface code qubit errors in under a microsecond in real time.
AWS customers could access error-corrected quantum computing on Amazon Braket from 2028, as QuEra widens its cloud partnership.
Hardware-based decoding could help keep superconducting qubits stable, with QpiAI's system now correcting errors in about 1.5 microseconds.
The hardware cut error-correction time on its 64-qubit processor to about 1.5 microseconds per cycle, helping quantum systems stay within coherence limits.