Unified Field Theory
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The proposed Unified Field Theory (UFT) is a comprehensive theoretical framework that aims to unify physical models across diverse physical domains, thereby eliminating the decoupling and disparate scaling that characterizes current models based on their respective levels of granularity. There is a newly proposed (non-mechanical) dynamic energy type; it complements the current mechanical energy type in such a way that it supports Planck’s conception of  „dynamical type of laws“, (PlM), in alignment with Bohm’s conception of „wholeness and implicate and explicate order in physical laws“, (BoD1). It enables dynamic and statistical types of physical laws, where the least action principle applies to mechanical processes.

The mathematical modelling framework to define the new dynamic energy type is predicated on the Hilbert-Krein space theory and the concept of a Krein space intrinsic self-adjoint (dynamic Hamiltonian) potential operator. Accordingly, the overall Hamiltonian (total energy) operator becomes the sum of two Hamiltionian operators, the self-adjoint (mechanical Hamiltonian) operator and a (new) self-adjoint (dynamic Hamiltonian) operator. Accordingly, the overall Hilbert (energy) space becomes the sum of two complementary Hilbert (energy) spaces. This new concept ensures independent related „invariances/energy norms“ resp. corresponding „symmetries“. It therefore avoids the only „hidden symmetry“ of the Coulomb problem, e.g. (RoH) p. 163, and makes the sub-atomic ("forece case" specificly defined) concept of  fermions and bosons (accompanied by a Yang-Mills mass gap problem and the Higgs field based „symmetry break down“ mechanism) obsolete. However, the Higgs field concept of „a slowing down mechanism“ of objects in an appropriately defined field may be applied to what Lorentz envisoned for his „transformation equations as effects on moving (mass) objects caused by their motion through a (dynamic) ether“, (SuL) p. 61.

The Yang-Mills theory is supposed to explain, why the proclaimed „strong interaction nuclear atomic force“ acts only over tiny short distances caused by massless (boson type) gluons (the concept of binding of gluons). The Higgs mechanism is about the generation mechanisms of physical „matter“ particle (i.e., particles with „masses“) It is basically about an invisible, „universal“ Higgs field, where interacting sub-atomic particles with masses with that field are slowed down and therefore conserve their masses.

Mathematically spoken, the Coulomb and the Newton potential are the same object. It is the fundamental solution of the Poisson equation with given so-called Dirac (or Delta) distribution „function“ multiplied by related electrostatic resp. gravitational „Nature constants“. This ensures continuous corresponding field solutions by given continuous charge resp. mass densities. Therefore, the regularity of the Delta distribution must depend from the space dimension; at the same time the distributional Hilbert space H(-1/2), i.e., the dual space of H(1/2) with respect to the L(2) Hilbert space, is a closed sub-space of all of those „Dirac“ distributional Hilbert spaces. Physically spoken, the H(-1/2) distributions may replace the concept of the Dirac distribution and the fundamental solution of the considered phenomenon (including Vlasov’s plasma dynamics) replaces the Coulomb resp. the Newton potentials.

The integration of the gravitational dynamics is enabled by a purely  H(1) mechanical energy based SRT accompanied by complementary H(1,ortho) dynamical energy based disturbances resulting into a „global nonlinear stability of the Minkowski space“, (DeC), (KlS). Additonally, the Mach principle based on „the fact that inertial systems are aproximately valid, with great approximation, rotation-free with respect to „fixed star systems“, (DeH), is enhanced to a Mach2.0 principle, (UnA1) p. 156, which is basically the Mach principle plus Dirac’s „new basis for cosmology“ accompanied by his large number hypothesis, (DiP2), (UnA1).


Braun K., The deductive structure of the UFT, creative vacuum and perfect plasma, and related opportunities.pdf


                                                June, 2025                                                                                    Feb. 2026 update, pp. 3-6, 12                                                                                  

Braun, K., An unified field theory enabling a deductive structure of physics.pdf
                                                                                                                                                                December 2022
                           Feb. 2026 update, pp. 1, 7, 35, 86-88   


According to Kant's „Theory of Natural Science“ in order to establish a metaphysical foundations of physics it requires an a priori conception of matter, i.e., its „form“, its necessary and universal determinations and laws that govern (predictively describe) its behavior, (PlP) p. 29. The a priori quanta system scheme may be interpreted as such a mathematical metaphysical foundation. We emphasize that across basically all physical theories purely mathematical concepts like continuous/differentiable functions, distributional functions, continuous fields, differential manifolds, singularities, geometrodynamics, and all that are accepted baseline concepts, which are finally based on mathematical a priori axioms.


Braun K., Extracts from the book „Kant’s Theory of Natural Science“ from Peter Plaass.pdf
                                        



                                         Further supporting data


Braun K., Concepts of the current phenomenological and conceptual structure of physics.pdf
 

Braun, K., Current physical and mathematical realities regarding an unified field theory.pdf
 
 

Braun, K., A Krein space based quanta energy field model, supporting mathematics
 
                             

Braun K., 3D-NSE, YME, GUT solutions
 

                          

Braun K., Looking back, part B, (B1)-(B17)
 


                                    further UFT related papers

                               

Braun K., UFT related list of papers