A theoretical black star would form if this effect could sufficiently slow the collapse of matter into a black hole.
A theoretical black star would form if this effect could sufficiently slow the collapse of matter into a black hole. Higher-order terms in this phenomenon are the subject of the Wickmann-Kroll effect, and this phenomenon's main contribution to the Coulomb potential is given by the Uehling potential. The TRISTAN experiment was the first to give evidence for this effect, which along with the electron self-energy contributes a 1 over c cubed term to the Lamb shift. This phenomenon is also referred to as the self-energy of the photon. This effect results from the creation of (*) virtual electron-positron pairs by an electromagnetic field in empty space, resulting in that field being screened by the subsequent separation of charges. For 10 points, name this effect predicted by quantum electrodynamics, in which so-called empty space actually has a dielectric constant.
A theoretical black star would form if this effect could sufficiently slow the collapse of matter into a black hole.
vacuum polarization