Explore quantum research, from error correction to new algorithms, with clear explanations of the evidence and the limits of each result.
Publication date where available; source report or sources-checked date otherwise.
A sensing protocol links its proposed sensitivity to a defined mathematical model.
A classical simulation method addresses the difficulty of finding rare failures.
A research spotlight explains why the required output can change a quantum-computing problem.
Different experiments probe the ingredients needed for encoded quantum operations.
A fresh company explanation revisits an earlier preprint with an unresolved physical question.
An experiment examines how structured operations affect nearby spectator qubits.
A new laboratory profile explores the control costs of a richer quantum state space.
A laboratory study connects an atomic response with a wireless-signal classifier.
An imaging demonstration separates the light that meets a sample from the light that is detected.
A journal publication describes an experimentally tested array design. The result first appeared as a 2025 preprint.
A specialist advisory group calls for public outputs as the company defers release of physics materials to an outside collaboration.
A preprint probes measurement-induced localization in a solid-state experiment, with an important limit at high measurement rates.
The proposal combines qubits and oscillator modes. Its reported scattering results come from tensor-network simulations.
Quantum Hamiltonian Descent is extended to parametric circuits in a theory and simulation study.
A matched hardware study reports lower energy error while keeping the scientific target and measurement budget fixed.
A noisy hardware demonstration recovers broad thermodynamic features using a known energy grid and explicit post-processing.
A Physical Review Letters study models neighboring-layer exciton shifts and explains why a small correction can matter when comparing signals.
A mathematical protocol narrows a certified fidelity interval by choosing measurements adaptively. Structured cases can benefit, while the hardest cases still require full coverage.
A transformer decoder reaches journal publication with promising surface-code simulations. The headline percentage describes code-capacity noise, not a hardware gate-error allowance.
A model uses resonator interference to suppress unwanted mixing and compensate dispersion. Fabrication tolerances and measured output remain the next engineering questions.
A theoretical protocol links projected ensembles to the resource-generating power of quantum dynamics. An experimental assessment would still need its assumptions and costs checked.
A new framework controls false positives in tests of nonstabilizerness under explicit sampling assumptions. The result is a certification method, not a hardware advantage.
A new similarity-estimation proposal links a modified SWAP test to simulated interference images. Magnetic-field sensing remains a prospective use.
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A little perspective on a fast-moving field.
