Researchers at the Korea Advanced Institute of Science and Technology (KAIST) have developed a signal processing method to ...

Floquet-Universal Hamiltonian Simulation Previously, accurately mimicking complex quantum systems demanded either unwieldy ...

Hamiltonian mismatches and local Gibbs-state errors are now suppressed quadratically with deformation strength, according to ...

Efficiently harnessing entanglement for precise measurements has long been hampered by inaccuracies in calibrating reference ...

Beyond approximately twenty qubits, preparing ground states with adiabatic evolution outperforms conventional methods on ...

Exact analytical solutions now detail how observing qubits alters their behaviour within a complex quantum network.

Researchers successfully link light with the motion of glass dust in a quantum entanglement experiment, a key step toward ...

Quantum physics-informed neural networks utilising exact symmetrization and randomised encoding now deliver the lowest ...

Can accurate modelling of complex physical systems previously require countless data points from sensors? This work ...

Increasing interactions between quantum systems or their supporting elements typically demands greater control over ...

Mitigating exponential concentration and shielding against disruptive noise has long presented challenges for effective ...

Generating truly random operations for large quantum systems previously demanded computational effort scaling with the square ...