This research demonstrates how an atoms’ dipole moment controls collective quantum motion in a Bose-Hubbard model, impacting ...
New research unifies diverse Quantum Smoothing Theories using an extended retrodiction method for estimating open quantum ...
Quantum data storage demands increasingly efficient error correction, but until now, established limits often relied on ...
Extending established principles into previously uncharted territory, fluctuation theorems now encompass two-time measurement ...
IBM Quantum Safe helps firms prepare for the arrival of fault-tolerant quantum computing by the end of the decade.
Entanglement’s benefit in boosting classical data transmission over quantum networks remains elusive, even when employing ...
A secure key exchange should become *less* reliable after temporary hardware interference, but this isn’t always true. For ...
Gross, Pitaevskii evolution typically predicts wider dispersal and reduced steepness in superfluid turbulence, but reversing ...
A rhombic spin-1 interpretation accurately reproduces spectral line positions in gallium nitride with errors between 8. 1, 9.
A computational bottleneck previously limited quantum chemistry to molecules that could be simulated with quadratic scaling, ...
Can manipulating superconductivity *without* adding energy be achieved through careful electromagnetic design? New ...
Tracking particle motion without uncertainty penalties was previously disconnected from fundamental quantum theory, until now ...
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