Electron Spin

Some articles on electron spin, electron, spin, electrons:

Ralph Kronig - Background
... when Kronig was a still a Columbia University PhD student, he first proposed electron spin after hearing Pauli in Tübingen ... Now Kronig was proposing to set the electron rotating in space ... Pauli especially ridiculed the idea of spin, saying that "it is indeed very clever but of course has nothing to do with reality" ...
Spin Quantum Number - Electron Spin
... Early attempts to explain the behavior of electrons in atoms focused on solving the Schrödinger wave equation for the hydrogen atom, the simplest possible case, with a single electron bound ... The solutions required each possible state of the electron to be described by three "quantum numbers" ... These were identified as, respectively, the electron "shell" number n, the "orbital" number l, and the "orbital angular momentum" number m ...
Atoms - Energy Levels Due To External Fields - Zeeman Effect
... the magnetic momentum arising from the electron spin into account ... momentum, μS, arising from the electron spin , with gS the electron-spin g-factor (about 2), resulting in a total magnetic moment, μ ...
Alfred Landé - Life and Achievements
... This work led to the unexpected result that the electron trajectories in atoms were not at all like planetary orbits, which at the time was the usual ... Landé's work over cubic and tetrahedral electron trajectories ("cube atoms") became of great interest to Sommerfeld, Peter Debye and Bohr ... He turned to the problem of atoms with several electrons, in particular to the simplest case, the spectrum of helium ...
Electron Magnetic Dipole Moment - Magnetic Moment of An Electron - Spin Magnetic Dipole Moment
... The spin magnetic moment is intrinsic for an electron ... It is Here S is the electron spin angular momentum ... The spin g-factor is approximately two gs ≈ 2 ...

Famous quotes containing the word spin:

    Words can have no single fixed meaning. Like wayward electrons, they can spin away from their initial orbit and enter a wider magnetic field. No one owns them or has a proprietary right to dictate how they will be used.
    David Lehman (b. 1948)