Harvard’s Semeghini Group unveils a novel two-element quantum platform using Rubidium and Ytterbium atoms to advance neutral ...

Researchers from D-Wave Quantum Inc. and Yale University introduced a parametrically activated hybridization between bosonic ...

New research develops quantum hydrodynamics from Nambu’s fluid notes, revealing a connection between observable deformations ...

Quantum tools could unlock real-time dynamics in high-energy nuclear physics by exploring Quantum Chromodynamics (QCD) under ...

Researchers estimate the Quantum Computing resources needed to explore entanglement asymmetry and the quantum Mpemba effect ...

SCANOSS’s Earnie maps cryptographic algorithms within enterprise codebases and identifies dependencies, flagging those ...

A new block-encoding method sidesteps limitations in quantum algorithms for optimization problems, specifically those ...

This research explores Parrondo’s paradox in quantum walks using a single coin and three distinct shift operators.

This research measures the cost of securing post-quantum IoT data on Ethereum, finding batching signatures lowers expenses.

A superconducting diode effect is shown to arise in ferromagnetic superconductors through the nonreciprocal dynamics of ...

Researchers utilize the QuEra Aquila QPU with 107 atoms to demonstrate error-corrected quantum optimization via Rydberg atom ...

This research details how a logical qubit uses just eight quantum gates to perform complex operations, advancing universal ...