Compared to the muon, the electron’s lighter mass makes it 40,000 times harder to search for new particles with its magnetic moment. But Fan thinks an upgraded electron-trapping instrument will ...

Researchers have provided the most precise measurement ever of the magnetic moment of the electron. The measurement is 2.2 times more precise than the previous record, which was achieved by the ...

Scientists call this "electron spin" -- the magnetic moment associated with each electron -- because each electron is a negatively charged particle that behaves as though it were rapidly spinning, ...

We know magnetism as a fundamental force of nature that plays a crucial role in both the natural world and modern technology.

When these spin currents interact with a thin magnetic layer, they transfer their angular momentum and generate enough torque to switch the magnetization 180 degrees.

Calculating the electron's magnetic moment: ... Spin waves observed directly at nanoscale for first time. Jul 24, 2025. Load comments (0) Get Instant Summarized Text (Gist) ...

A newly measured value of an electron’s magnetic moment 1 — a property of its spin and charge — is twice as precise as the one physicists have used for the past 14 years.. The electron ...

Now a spin-orbit coupling that had previously been neglected is found to possibly be strong enough to give rise to an unconventional type of superconductivity in certain materials.

The muon, on the other hand, might be unstable, but it’s 206 times as massive as the electron. Although this makes its magnetic moment comparatively smaller than the electron’s, it means that ...

New experiments conducted at Princeton University provide evidence for a decades-old theory that, in the quantum regime, an electron behaves as if it is made of two particles, one particle that ...