Google has achieved a monumental breakthrough in quantum computing with an algorithm that outperforms traditional supercomputers. While real-world applications may still be years away, this marks a significant step towards practical quantum technologies.
Discover how a research team at the University of Illinois is pioneering quantum networks with ytterbium-171 atoms, promising faster and safer communications through high-fidelity entanglement.
Mathematicians have uncovered a groundbreaking method to enhance quantum computing by reviving discarded particles called neglectons. These findings could lead to more stable and powerful quantum computers by overcoming the fragility of qubits and improving information processing.
Discover how researchers at IBM and Moderna have leveraged quantum computing to predict the complex protein structure of mRNA, marking a significant advancement in vaccine technology.
Discover how Microsoft's latest research in topological quantum computing using anyons could revolutionize qubit stability and logic gates in the quantum computing world.
