A groundbreaking study from Technion unveils a new form of quantum entanglement in photons confined in nanoscale structures, promising advancements in quantum communication and computing. Discover how this research could miniaturize technology and revolutionize information transfer.
Physicists at Washington University have created revolutionary materials called time crystals and time quasicrystals, which defy traditional physics and promise to transform quantum computing and time measurement.
Amazon executives have expressed skepticism about Microsoft's recent claims of a quantum computing breakthrough. Internal communications reveal frustration over what they perceive as overhyped announcements. Experts also weigh in on the credibility of these claims.
Microsoft researchers have achieved a major milestone in quantum computing by creating topological qubits, potentially revolutionizing the field with error-free quantum computing capabilities.
Discover how Microsoft's latest research in topological quantum computing using anyons could revolutionize qubit stability and logic gates in the quantum computing world.
