Previously, taming disruptive ‘servo bumps’ in high-performance lasers demanded extra optical components. Now, a new ...
A near-perfect entanglement, quantified by a concurrence of 0. 95, has been achieved between two standard quantum dot qubits ...
FRIO almost always outperforms established quantum optimisation techniques when seeking solutions to complex spin glass ...
Characterising quantum systems beyond approximately ten quanta has long been constrained by experimental limitations. Now, ...
Quantum algorithm compilation routinely struggles with optimisation challenges that determine whether programs can run ...
Accuracy increased by 2. 28 percentage points on visual spatial reasoning tasks when a simulated quantum layer was inserted ...
Can two labs reliably share entangled states despite channel noise, and if so, how much information must be sacrificed in ...
Previously, linking atomic material properties directly to real-world fuel cell performance required approximations; now, a ...
DuoKey offers live probing of post-quantum key exchange, a capability not universally available among leading cryptographic ...
Google Quantum AI researchers have achieved a tenfold reduction in physical qubit overhead for quantum error correction ...
A jump from just 576 required Pauli terms to nearly 3,000, achieved through mass whitening a 128-degree-of-freedom chain, ...
Twelve-nanosecond controlled-Z gates, nearly at the theoretical limit of 11. 6ns, now exhibit intrinsic errors suppressed to ...
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