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A new experimental technique probes the dissociation of a single molecule in water and reveals more complexities than expected.
A new scheme for cooling a mechanical oscillator in a cavity may allow the observation of quantum effects on macroscopic objects and the realization of ultrasensitive gravitational-wave detectors.
Researchers generated an electron beam with very high orbital angular momentum—potentially good for atomic-scale images of the magnetism in materials.
An atom’s walk in an optical lattice is used to test a key principle of quantum physics.
A simple model of heart tissue that represents the architecture of cell-cell communication more realistically than previous models spontaneously develops faulty electrical waves that mimic a dangerous heart condition.
In transition-metal oxides, the ability to control which atomic orbitals are occupied by electrons could be used to develop materials with new functionalities.
Interaction among speakers of a language may explain why frequently used verbs tend to remain irregular even as language evolves over generations.
By measuring gravity with cold atoms at three different heights simultaneously, a team determined a new property of a gravitational field.