Science

A novel quantum-inspired algorithm leverages the power of multi-level qudits to achieve improved results in solving complex combinatorial optimization challenges.

Researchers propose a novel quantum architecture, QGATE, that blends the strengths of measurement-based and circuit-model approaches to improve performance and error resilience.

Researchers have developed a novel method using multipartite entanglement to directly measure key properties of chiral topological phases, offering a new window into these exotic states of matter.

New research explores the inherent quantum properties within fluid dynamics data, suggesting pathways toward quantum-inspired computational fluid dynamics.

New research proposes a minimal model demonstrating how definite outcomes arise from quantum systems without relying on entanglement or traditional decoherence mechanisms.

Researchers have successfully demonstrated a quantum voting protocol using entangled photons, offering a new path toward truly private and verifiable elections.

New research reveals that quantum quenches in a specifically tuned XXZ chain don’t lead to thermalization, but instead exhibit sustained oscillations in entanglement and other key observables.

Researchers have demonstrated a novel platform for exploring exotic quantum phenomena using synthetic photo-magnonic crystals, paving the way for robust information carriers.

A new framework demonstrates that entanglement can be detected using rotationally covariant measurements, even with seemingly mundane systems like a glass of lemonade.

Researchers develop a refined analytical model to enhance the precision of single-bounce quantum gravimeters, opening doors for sensitive measurements of gravity’s effects on even the rarest materials.