Achieving estimation accuracy down to one part in a million now defines the limit within linearized cavity optomechanical ...

Extending randomised compiling beyond isolated gates now allows accurate control of errors within evolving quantum systems.

NVIDIA Dynamo-Triton supports an end-to-end Hierarchical Sequential Transduction Unit (HSTU) GR inference workflow.

Until now, determining whether combinations of quantum states would themselves remain predictably Gaussian has remained an ...

Achieving identical stored energy across multiple charges has long been hampered by inherent randomness within quantum ...

Previously requiring polynomial or even super-polynomial scaling with system size, simulating thermal equilibrium now ...

Can universal quantum computation truly be achieved without exponentially increasing computational demands? It now appears so ...

Fully tolerant product state testing and closest product state learning Determining if a complex quantum system simplifies to ...

The integration of quantum random number generators (QRNGs) into existing hardware security module ( HSM) designs prioritizes ...

Can multiple quantum states share a single measure of connectedness beyond simple superposition? Experiments now demonstrate ...

A four-qubit classifier employing amplitude damping retains nearly noiseless accuracy, falling within 1. 5 percentage points, ...

Previously, certifying sufficient signal propagation in quantum circuits required full computation; now, a classical check, ...