This effect is a quantum-mechanical phenomenon whereby an electrically charged particle is affected by an
electromagnetic potential, even if the electric and magnetic fields vanish at its location.
Terracini, "Solutions to nonlinear Schrodinger equations with singular
electromagnetic potential and critical exponent," Journal of Fixed Point Theory and Applications, vol.
In classical theory, the basic equations of an electron in an
electromagnetic potential A and V are given by the relativistic Hamilton--Jacobis' equation,
In case there is not only the
electromagnetic potential but also gravitational potential, the octonion torque will be reduced to
For instance, the
electromagnetic potential operators are defined by
We define the
electromagnetic potential [epsilon] as:
Electromagnetic potential method of the package COMSOL Multiphysics can be used for the following strategies:
(12) After preliminary pilot studies in CFS patients aimed at optimizing the emitters for maximum beneficial effects in CFS, we evaluated the effect of exposure to
electromagnetic potential pulsed at the Schumann fundamental frequency on 19 patients with CFS using three different designs of the emitter.
Roughly put, the AB effect unequivocally shows that there exists physical interaction between the
electromagnetic potential and charged microscopic objects.
Then the effective mass [m.sub.z] in the zeropoint field is approximately equal to the electromagnetic mass which is proportional to the
electromagnetic potential due to charge e at the center of mass position.