atom

Importantly, the calculations indicate that these predicted droplets could be produced using ultracold atom experiments that already exist.

From Science Daily ● Aug. 21, 2026

In this case, the atom behaves much like a miniature heat engine, or more specifically, a "light engine."

From Science Daily ● Aug. 19, 2026

"This quantum enhancement of the effective atom size makes collisions on a given lattice site much more likely, increasing the resistivity of the system."

From Science Daily ● Jul. 31, 2026

Of course, so much of what’s otherwise known points a finger directly back at Taylor Farms, false-positive atom splitting notwithstanding, and there’s only so much the company can do to deflect.

From Slate ● Jul. 22, 2026

When a uranium atom fissions, the two pieces that are left are radioactive.

From "Meltdown" by Deirdre Langeland

The researchers also used Raman spectroscopy, a laser-based method that shows how atoms are being stretched or compressed.

From Science Daily ● Aug. 17, 2026

When the prediction was first made, however, measuring such an effect across bends only a few atoms wide was extremely challenging.

From Science Daily ● Aug. 17, 2026

Chemists use the term "valency" to describe how many "hands" an atom effectively has available to connect with other atoms in a chemical compound.

From Science Daily ● Aug. 9, 2026

Rather than searching for a completely different semiconductor, the researchers concentrated on the narrow region where the two materials meet, an area only a few atoms thick.

From Science Daily ● Aug. 9, 2026

A fission bomb could create the heat and pressure needed to fuse hydrogen atoms.

From "Fallout: Spies, Superbombs, and the Ultimate Cold War Showdown" by Steve Sheinkin