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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.

Electrons in pentalayer graphene can be described as a "crystal" of electrons, where their positions and movements become highly correlated.

New optical technology uses twisted light and specialized materials to stabilize qubits without extreme cold, potentially paving the way for affordable and widespread quantum computing networks in the future.

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

This new superconducting qubit lasts three times longer than top lab versions, pushing quantum computers toward practical use by boosting error correction and system scalability.

New quantum algorithm runs thousands of times faster than supercomputers, advancing molecular studies.

Quantum navigation breakthrough: A new era of GPS-free navigation with unmatched precision and reliability.

Three scientists receive the Nobel Prize in Physics for experiments that show quantum tunneling and energy levels in electric circuits big enough to hold in your hand.

Philip Kurian’s work at Howard University reveals how quantum mechanics boosts information processing in all living things on Earth.