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A fault-tolerant quantum error-correction scheme is presented that does not require measuring individual qubits and could thus revolutionize platforms that do not support midcircuit measurements.

Panel (c) shows that, in the case of a single diffusive density, the leading correction is positive and can cause a diffusive system (with the autocorrelation function illustrated in green) to appear …

Oct 2, 2023 · Three research groups have exploited the nuclear spins of ytterbium-171 to manipulate qubits before they are read out—an approach that could lead to efficient error-correction schemes for …

In two dimensions, its scaling behavior at the critical point is known exactly, including a universal correction-to-scaling exponent. The authors extend the result for this exponent to clusters in a set of …

Quantum correction to the Langevin cross section in resonant-exchange processes I. Simbotin and R. Côté Accepted 18 November, 2025

Apr 17, 2025 · Many previous analyses model the finite-frequency correction through the effective Love number approach, which only accounts for the correction in the radial interaction but ignores the lag …

Next-to-leading-order electroweak correction to H → Z 0 γ Wen-Long Sang, Feng Feng, and Yu Jia

Beyond-quasiparticles transport with vertex correction: self-consistent ladder formalism for electron-phonon interactions Jae-Mo Lihm and Samuel Poncé Accepted 4 December, 2025

Oct 15, 1999 · In this paper, we present two methods for optimizing the physical implementation of such error correction schemes. First, we discuss an optimal quantum circuit implementation of the …