Incompatible moments A spinning charge (left) acts like a loop of current to produce a magnetic dipole moment (blue arrow). Distorting the electron's charge distribution (middle) produces an electric ...

From the slopes of these three lines, I can get three different magnetic dipole moments. They are: Traditional Compass: μ = 0.2207 A*m 2; iPhone Compass: μ = 0.0525 A*m 2; xSensor: μ = 0.3077 A ...

Recently, an international collaboration powered by the U.S.-based Fermilab has released its most accurate data on this anomalous magnetic dipole moment, known as g-2 (“gee minus two”).

By repeatedly moving a metal tool through this stray field, each time further and further away from the magnet, the magnetic moment reduces until any magnetization has effectively vanished.

The anomalous magnetic dipole moment is an amazing testbed for the standard model. And it is interesting for all the charged leptons: electrons, muons, and tau particles.

Also, both electric and magnetic dipole–dipole interactions have been used to create either one-dimensional chain structures or two-dimensional arrays when attractive or repulsive interactions ...

Electric dipole moment would explain creation of universe Date: July 20, 2010 ... magnetic disorder at temperatures below four degrees Kelvin and a reversible electric polarization.

In 2006 a magnetic shield at the Institut Laue-Langevin in Grenoble, France, reduced external magnetic fields by a factor of about 10,000, allowing for an extraordinary experimental precision that ...