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297.
Quantum computing speeds up problem solving
A USC study shows quantum annealing beats classical methods in finding near-optimal solutions for complex optimization challenges.
297.
Discovering new quantum states
Scientists uncover many new quantum states in twisted molybdenum ditelluride, potentially advancing topological quantum computers.
297.
Quantum game showcases qubit control
A game for quantum computers demonstrates stable patterns for reliable calculations and potential real-world applications.
297.
3D photonic cavity enhances light control
New structure traps light, advancing quantum computing and communication technologies with stronger light-matter interactions.
297.
Scientists build photon router for quantum networks
New device connects microwave quantum computers to optical networks, using light to control qubits over long distances
297.
Quantum biology sets new limits on life’s computing power
Philip Kurian’s work at Howard University reveals how quantum mechanics boosts information processing in all living things on Earth.
297.
Quantum computer makes certified random numbers
Researchers use a 56-qubit quantum computer to create truly random numbers, proving it with supercomputers for cryptography and privacy uses.
297.
Sound waves mimic quantum secrets
Physicists build a tunable acoustic system to study quantum ideas, using sound to mimic atoms without fragile measurements.
297.
Quantum computers get a communication boost
MIT researchers develop a new device to connect quantum processors, enabling faster and more flexible information sharing across networks.
297.
Quantum networks get their first operating system
Researchers create QNodeOS, a new system to program quantum networks easily and bring this technology closer to everyday use.