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A new quantum experiment reveals angular momentum flowing without carriers—defying Newtonian physics and hinting at revolutionary tech advances in communication and cryptography.

Scientists from the University of Ottawa and MIT review more than 20 years of research and identify pathways to room-temperature devices that could make electronics faster and more energy efficient.

Non-trivial spacetime shape provides topological protection against quantum fluctuations that should make the constant enormous.

The DOE has announced funding for research in quantum information science and its intersections with the foundations of physics.

Scientists at EPFL have developed a novel method to transmit signals using magnetic spin waves without requiring extreme cold, effectively paving the way for more efficient computers and artificial intelligence.

Scientists achieve a breakthrough by combining electronics, light manipulation, and quantum effects on a single semiconductor chip to produce stable quantum light for advanced technologies.

New research introduces quantum geodesics, offering a way to test theories uniting quantum physics and general relativity through observable deviations in space-time trajectories.