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synopsis

Steering Toward a Quantum Advantage  

New experiments make clear how quantum effects—in the form of quantum correlations—can make an engine perform better than classical limits. Read More »

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Focus

A Quantum Solution to an 18th-Century Puzzle

A mathematical problem with no classical solution turns out to be solvable using quantum rules. Read More »

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synopsis

Boosting the Performance of Quantum Repeaters

Multiplexing techniques could boost the chances of achieving end-to-end entanglement of a signal in a trapped-ion-based quantum-computer network. Read More »

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synopsis

Quantum Computing Arrays Made of Two Types of Atom  

Two research teams have created arrays containing two different neutral atoms, a promising platform for quantum computing. Read More »

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Research News

Fatty Emulsions Go Green

Researchers create a stable dispersion of droplets that contains a high fat concentration using only unrefined, plant-derived materials. Read More »

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synopsis

A Bose-Einstein-Condensate Boomerang

After being pushed in one direction, the average momentum of a Bose-Einstein condensate is seen to slow and return to its original value. Read More »

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Viewpoint

Atom Arrays for Superresolution Imaging

A one-dimensional array of atoms has been used to make superresolution measurements of the electromagnetic field distribution within an optical cavity. Read More »

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Focus

How Cotton Fibers Become Yarn

Experiments unravel the mysterious twisting process by which short fibers bind together into yarn. Read More »

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synopsis

Nanoscale Computer Operates at the Speed of Light

Predictions indicate that a nanometer-sized wave-based computer could solve equations in a fraction of the time of their larger, electronic counterparts.   Read More »

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