Researchers at the Massachusetts Institute of Technology have identified an unexpected quantum phase of matter within bilayer semiconductor quantum wells: an electronic quasicrystal formed by Wigner ...

Researchers at Sorbonne Université and the University of Edinburgh have experimentally demonstrated a Quantum Key Distribution (QKD) protocol that eliminates the need for pre-shared secret keys, a ...

Their work reveals this code transmits a logical qubit more efficiently than transmission-unaware encodings by accounting for signal loss during transmission. Over continental distances, the ...

Their work introduces a framework for quantum imaging that uses spatially structured quantum probes and a “twin-beam echo” protocol to map absorption and fluorescence onto distinct signal modes. This ...

Researchers at the Technical University of Munich report a 26% reduction in logical error rate for superconducting qubits through a new readout method. The team’s ...

Jiaqing Jiang of the California Institute of Technology and Sandy Irani of the University of California, Irvine, have designed a new quantum Gibbs sampler that simplifies existing methods. Their work ...

Neng-Fei Gong and Tie-Jun Wang, both of Beijing University of Posts and Telecommunications, have proposed two new criteria, based on fidelity and robustness, for verifying genuine high-dimensional ...

A team at the Chinese Academy of Sciences achieves 18.8% efficiency with large-area organic solar cells using a new ...

The latest version of the Qiskit SDK prioritizes a shift beyond Python, as Qiskit v2.6 is specifically bringing the ...

This research details how a bosonic quantum system’s evolution defies the standard mean-field Hartree approximation, a key ...

SEEQC achieves a 50% improvement in quantum error correction decoding performance by integrating its Digital Link with NVIDIA ...

A KIT partnership develops a blueprint for future quantum software, establishing a common basis for applications and hardware ...