In the classical Lorentz theory of electron, the self-energy
is closely connected to the electromagnetic mass of the electron.
The latter part contains self-interaction and eventually leads to the infinities of self-energy
that can be removed by re-normalization procedures.
While of course it is important to perform all the job duties and tasks as effectively as possible from a medical standpoint, on a larger scale over time, it is important to become a positive role model, to be a contagious positive presence, infecting people around you with your positive self-energy
in order to change things for the better one slow step at a time.
It also provides practical steps to promote an energised team and recuperate self-energy
to create and contribute the very best of 'who you are at work'.
p] of the proton wave function is defined in terms of the proton self-energy
caused by "soft" photons of Eq.
We use this modification in calculating the quarks self-energy
for the perturbation interaction with the gluons, then we renormalize the interaction and search for the condition [a.
These include self-energy
and interactions mediated by the strain energy density of the dislocations.
From classical electrodynamics applied to our standing wave model we were able to calculate the energy contributions of the electromagnetic field to the self-energy
of an electron in the whole space.
In connection with an earlier elaborated revised quantum-electrodynamic theory, a revised renormalisation procedure has been developed to solve the problem of infinite self-energy
of the point-charge-like electron [1, 2].
Using the space-time statistics, we employ Feynman diagrams and Feynman rules to compute the basic QED effects such as the vertex correction, the photon self-energy
and the electron self-energy
In the nuclear physics, the self-energy
of a particle has an imaginary part [19, 20].
The analysis of the electron model debouches into a point-charge-like geometry with a very small characteristic radius but having finite self-energy