Entanglement becomes a stateful network resource: its operational state is non-locally distributed, is locally transformed or ...
Oak Ridge National Laboratory achieves isotope purification cuts to one in a million contaminants, enabling advances in ...
Researchers detail a parametrically driven iSWAP gate using a double-transmon coupler at zero flux, boosting qubit control ...
Researchers utilize quantum shot noise spectroscopy to reveal the 70 meV pseudogap energy in Bi₂Sr₂CaCu₂O₈₊δ, providing ...
A new quantum simulation method Research achieves observable estimation without additional qubits, scaling at $tilde{O}left( ...
Hui Wu characterized the optimal trade-off among GHZ-class certification, binary probability readout of the three-tangle, and ...
Cambridge joins the UK Quantum SuperConnector, a five-university consortium, to help researchers commercialize quantum ...
QuNorth and Microsoft host a technical workshop in Copenhagen on December 9th, providing hands-on experience with Microsoft’s ...
Can a device simultaneously erase data using heat *and* generate cooling from information? A newly presented solvable model ...
This article examines Quantum Knowledge Distillation, a technique for efficiently transferring quantum information.
New research demonstrates that quantum causal confusion is rare in bipartite quantum systems, with oblique states dominating.
This research details how optimal error recovery in seven-qubit designs requires only five gates, a surprising reduction in ...
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