It is the electrons surrounding the nucleus of every atom that determine how chemical ... or a particle, of the "electron field." Knowing this, does it even make sense to talk about an electron's ...

Researchers from the Max-Planck-Institut fuer Kernphysik present new experimental and theoretical results for the bound ...

One very visible result of these distortions was that in the hexagonal ring of C atoms, the C nearest neighbour of the adjacent O atom appears ... originates from electron scattering by the ...

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

In the jargon-filled language of particle physics that we just explored, you can describe an atom as a tiny nucleus surrounded by the electron field. That electron field responds to the presence ...

Czech scientists, however, have presented a method with which they became the first in the world to observe an inhomogeneous electron charge distribution around a halogen atom, thus confirming the ...

An atom is a centralized region of extreme density ... But sometimes, it means they just bounce off each other. The two electron fields repel each other, and the atoms go flying apart.

The electron aligns its magnetic field with the nucleus’s field ... At the same time, all but one of the atom’s initial 83 electrons must be taken away to create the hydrogen-like configuration.

which would interact much more easily with an electron orbiting a nearby phosphorus atom. Two-qubit operations would then be possible by manipulating the two electrons with electric fields.

In the experiment, the hydrogen atom is placed in the electric field E and is excited by laser pulses. The ionized electron escapes from the atom and follows a particular trajectory to the detector – ...