Interference from many atoms and a new way to sample bosons

Interference from many atoms and a new way to sample bosons

Atoms in an optical lattice perform “quantum walks,” experiencing many different quantum phenomena as they move around the lattice, such as superposition or tunneling. Photo credit: Alex Downham, Default Interactive …

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Plating: The smallest and heaviest atoms with purely electromagnetic interactions

Plating: The smallest and heaviest atoms with purely electromagnetic interactions

Graphical summary. Credit: Chinese Science Bulletin (2024). DOI: 10.1016/j.scib.2024.04.003 Hydrogen atoms were once considered the simplest atoms in nature, consisting of structureless electrons and structured protons. However, as research progressed, …

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Superradiant atoms could push boundaries of time measurement accuracy

Superradiant atoms could push boundaries of time measurement accuracy

The glowing ball in the middle, called a “magneto-optical trap” (MOT), consists of about 300 million strontium atoms suspended in a vacuum chamber cooled to just above absolute zero. Researchers …

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