The proposed Unified Field Theory (UFT) provides an
all-encompassing theory, where physical models of different physical areas are
no longer decoupled and differently scaled according to their different levels
of granularity, (BrK0) pp. 10-13. It includes the scope of the
three quantum field theories of strong interactions, of weak interactions, and
of electromagnetics, the Higgs mechanism, of both relativity
theories, and plasma dynamics.
The mathematical Krein space based formalism of the UFT addresses Heisenberg's two unconventional features (indefinite metric in Hilbert space and the degeneracy of the ground state, (HeW) vi) enabling meta-physical (purely mathematical) "ground state" and "perfect plasma" energy quanta systems governed by a newly proposed dynamic energy type. From a philosophical perspective, this kind of a`metaphysical construction' of a deductive
structure of theoretical physics is completely in line with Kant's „Metaphysical
Foundations of Natural Science“; (PlP): "the
metaphysical determinations of `matter' as the object of natural science with
the new method called `metaphysical construction', which simultaneously grounds
the mathematizability of physics“, (BrK) p. 36. The indefinite Krein
space norm defines the invariant (dynamic energy) quantity of each quantum type (quanta) system. Physically spoken, it defines the difference of the „dynamic potential energies“ of the
intrinsic quantum system and its related anti-quantum system, (BrK0) p. 32.
The
J-self-adjoint (dynamic potential) operator on all of the Krein space enables
the definition of a corresponding definite „dynamic potential energy“ norm of
the overall quanta system itself. Mathematically
spoken, the underlying sequence of quantum numbers of this operator is
calculated from the difference of the sequences of quanta numbers of the
affected intrinsic two quantum and anti-quantum systems, (BrK) p. 13.
The invariant
quantities are proposed to be governed by the restricted Lorentz group, which
is isometric to the unit quaternions, i.e., the quanta systems "live" on the 3D
unit sphere S(3). Correspondingly, the symmetry group of the 2-component „ground state“, „perfect plasma“, and „perfect
electromagnetism“ quanta systems, which are purely governed by dynamic energy, becomes the complex Lorentz group, (BrK0) p. 31.
We note that the four components of the (real) Lorentz group need to be connected to one another by an appropriately defined
continuous curve of Lorentz transformations. In contrast to this the complex Lorentz transform has only two components, which are already connected by definition, (StR) p. 13.
The symmetry group of 1-component mechanical quanta energy systems (accompanied by quanta number greater than 1) becomes one of the normal subgroups of SO(4), which is isomorphic to the group S(3), (BrK0) p. 31, (EbH) p. 217.