electron

In the mass range examined by the researchers, these particles would be extraordinarily light, roughly 19 to 21 orders of magnitude lighter than an electron.

From Science Daily ● Sep. 6, 2026

In particular, the electron structure of the ultrathin ruthenium dioxide had to experience lattice strain, which places pressure on the material's atomic structure.

From Science Daily ● Aug. 27, 2026

MIT physicists have now uncovered new details about how two distinct forms of electron organization can emerge within the same quantum material.

From Science Daily ● Aug. 20, 2026

For decades, however, chemists have faced a basic limitation in how electron transfer works.

From Science Daily ● Aug. 9, 2026

There was no evidence that hydrogen ions had charged around Edlefsen’s “rather sketchy” apparatus at all, much less at any appreciable fraction of 1 million electron volts.

From "Big Science" by Michael Hiltzik

That result was surprising because, beyond the quantum limit, electrons should be restricted to the lowest Landau level.

From Science Daily ● Sep. 5, 2026

When electrons move through a magnetic field, their possible energies no longer form a continuous range.

From Science Daily ● Sep. 5, 2026

An ultrathin diamond wafer converts CEBAF's electrons into a beam of high-energy photons with parallel spins.

From Science Daily ● Sep. 2, 2026

In particular, the material seemed to have a single energy gap, a key characteristic that reflects how electrons pair together so they can move without electrical resistance.

From Science Daily ● Aug. 31, 2026

If you’re unlucky enough to do it on a cold, dry day, loose electrons might leap from my hand to yours, giving you a static electric shock.

From "Meltdown" by Deirdre Langeland