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Connecting campuses with cutting-edge quantum communication technology for secure data transmission and distributed computing.

Scientists demonstrate that linking atoms quantumly across distances can enhance accuracy in detecting fields, opening doors to better clocks and gravity tools.

MIT researchers have created a method that guides popular AI models to design materials with special quantum properties, speeding up discoveries for technologies like quantum computing.

Researchers develop a unified guide to identify tiny distortions in space and time, linking quantum physics and gravity theories with measurable signals in current tools.

Physicists show that large clusters of atoms can behave according to quantum rules, existing in multiple places at once, in a major test of physics on bigger scales.

A new approach uses modern quantum tools and gravitational waves to spot single gravitons, potentially uniting quantum physics with Einstein's gravity theory and opening experiments on quantum gravity.

New discoveries in quantum physics could transform electronics and energy conduction.

Scientists find that small bends in flat materials can keep electron spins stable, leading to smaller and more efficient devices for future computing.

Scientists uncover many new quantum states in twisted molybdenum ditelluride, potentially advancing topological quantum computers.

Scientists have found a way to use chiral crystals to produce hydrogen from water more efficiently than before.