Thirty years after its publication, QUTE.sk’s legacy endures—research by Bužek and Hillery established an 83.33% fidelity ...

Researchers achieved fast qubit initialization and readout using a dispersive method, returning resonators to their initial ...

A new study published September 1, 2026, details hurdles to the practical use of quantum tokens, identifying key challenges ...

Over eight thousand distinct details, each resolved to less than three hundred micrometres, now appear in long-wave infrared ...

Estimating a single property of a quantum system is often complicated by unwanted variations, a common problem now bypassed ...

A new study compares four designs for spin qubits in germanium, including donor and gate-defined electron platforms.

A new control protocol boosts fidelity in systems using Rydberg qubits, dynamically suppressing excitation while leveraging ...

Researchers observed robust two-dimensional superconductivity on the surface of γ-PtBi2, a Weyl semimetal, revealing a ...

Variational quantum algorithms, key to near-term quantum advantage, now have provable convergence & generalization guarantees ...

Symmetry is vital for accurate quantum simulation, and this work details a new method for initial state preparation, crucial ...

IQM Quantum Computers joins the OrangeQS MAX Partnership Program, addressing quantum processor chip testing, foreseen as a ...

The XENON Collaboration announced the first observation of low-energy solar neutrinos scattering off electrons in the XENONnT ...