Scientists may have discovered the most powerful particle colliders in the universe — and they're strewn throughout our ...

When exposed to periodic driving, which is the time-dependent manipulation of a system's parameters, quantum systems can ...

"With paramagnets, when you apply a magnetic field, you get a very small magnetization ... These negatively charged particles orbit the central nucleus of an atom in defined layers called shells ...

A new simulation suggests a massive asteroid impact may have briefly supercharged the moon's magnetic field, leaving behind ...

Each atom has electrons ... Now, the movement of an electrical charge induces a magnetic field – and when considered together, the two aspects combine to make an electromagnetic field.

Determining the magnetic field of a single atom In this configuration, Esat explains that the molecule is a spin ½ system, and in the presence of a magnetic field, it behaves like a two-level quantum ...

In every atom, the nucleus is surrounded by one or more negatively charged electrons. Each of those electrons generates its own tiny magnetic field, which scientists refer to as a "spin." ...

One key property these effervescent particles change is the miniscule magnetic field generated by a single ... times smaller than the diameter of an atom. This measurement matches up with ...

If true, that could explain oddities in Neptune and Uranus’ magnetic fields. This is a big deal because stable aquodiium, which consists of four atoms of hydrogen and one atom of oxygen (H4O2 ...

The Earth's magnetic field is essential to life as we know it. But it’s something we can never see – or hear, until now. In a recent study released on Oct. 10 by the European Space Agency ...