Physics - New Cavity Design Soaks Up More Rays
When placed in a lens-and-mirror trap, a weakly absorbing material can capture light from nearly all directions.
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When placed in a lens-and-mirror trap, a weakly absorbing material can capture light from nearly all directions.
The spin state of molecular qubits can be made more stable by changing the chemical environment in which the qubits sit.
Experiments in zero gravity show how a static droplet oscillates on a vibrating hydrophobic surface.
New forecasting approaches could help users of ground-based telescopes predict when the atmosphere will most blur incoming light, allowing them to better remove the effect.
An analysis of 12 years of gamma-ray observations has allowed researchers to pinpoint a Galactic source of high-energy cosmic rays.