The vacuum polarization paradox and its solution

The Unification of Gravity and Quantum Physics Due to the Isospin of Dirac Particles

“…As is well known, the solution of such equation is a shielded Coulomb field, i.e., an electric field with an exponential decay. In the gravitational equivalent (with the  sign) the near field is enhanced ("anti-screened") [13], because masses are attracting, while electric charges with the same polarity are repelling. The background field shows up as uniformly distributed Dirac/Majorana particles (with dipoles c 2 /  ).…”

“…In the introduction paragraph I have proposed to indicate the constituents of the energetic cosmological background energy as darks. In [13], it has been argued that such a constituent is a Dirac/Majorana particle, characterized by an elementary angular dipole moment 2 /  and an elementary linear dipole moment c 2 / …”

“…Furthermore, it is known from [13] that these darks have a tiny massive energy (rest mass) to the amount of…”

“…Supposing that a quark is an energetic pointlike source, we may try to establish its potential, thereby expecting it being influenced by the energetic background field. particular format of this (broken) field prevents deriving an analytical solution (15) subject to (13). However, a numerical procedure allows deriving a two expression for ( ) r  that closely app This result can be written as the sum of a far field and a near field, such that,…”

“…More logical would be if the Higgs field and the cosmological background field would be the same. To show this relation, the achievements from a recent article in this journal [13], will be combined with the results of a study on Dirac's second dipole moment [9]. The ultimate goal is to reveal a quantitatively verifiable relationship between Milgrom's acceleration constant of dark matter and the Higgs boson.…”