The most exciting cutting-edge research submitted from now through December 2024 is eligible for our final selection.

New theoretical work demonstrates how consistent models of effective classical-quantum dynamics emerge in a limit of quantum theory.

An algorithm, based on randomized compilation of the Hamiltonian terms, for high-precision quantum simulations is introduced.

A new theoretical framework to account for collective quantum optical effects in the scattering of photons by atomic arrays.

Group-equivariant quantum neural networks utilize symmetries to alleviate central challenges in trainability and generalization in quantum neural-network architectures.

A new study introduces quantum-informed recursive optimization algorithms, leveraging quantum resources for classical reductions in combinatorial optimization and demonstrating effectiveness on neutral-atom quantum processors.

By coupling two fluxonium qubits through an inductive circuit rather than through a capacitor, researchers have realized a high-fidelity two-qubit gate.

Synopsis on:
Helin Zhang et al.
PRX Quantum 5, 020326 (2024)

High-fidelity two-qubit gates are achieved with heavy-fluxonium qubits, circuits that break many conventional superconducting circuit paradigms, bringing more diversity for quantum applications.

Attend DAMOP Meeting 2024 in Fort Worth in person or virtually. Register before the April 28 early bird deadline. Learn more.

APS has selected 156 Outstanding Referees for 2024 who have demonstrated exceptional work in the assessment of manuscripts published in the Physical Review journals. A full list of the Outstanding Referees is available online.

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