of Evolution comprises teleomatic- and teleonomic physical laws, merging communication and information—from molecules to life forms. This incorporates the
genetic code and higher order semiotics (mathematics, language) affecting the
theory of consciousness and artificial intelligence (AI). In conclusion we integrate
the beginning and end of our Universe with the Paradigm of Evolution.
In passing we will touch upon open problems like fundamental symmetry violations connected with biomolecular homochirality and the problem of the absolute
nature of the second law.
The article will be arranged as follows. In Sect. 1, the conjugate variables
(operators) are introduced as the most natural and essential forms of Kantian perception. By ordering the units in a two separate, but interrelated matrix arrays, it is
possible to derive Einstein’s laws of special and general relativity, the latter
extended in Sect. 3 to portray a combination of classical and quantum aspects of
gravity including the line element for the Schwarzschild metric and a general
quantum conception of a black hole. In paragraph 4 a novel formulation of the
Gödel paradox related to his celebrated inconsistence theorem, is presented, in
some detail, by using unconventional linear algebra and generalized eigenvalue
theorems for complex symmetric matrices. It is an unexpected surprise that the
mathematical formulation here becomes identical to the complex symmetric result
of Sect. 3.
Employing an essentially identical formulation extended to arbitrary dimensions,
the formalism is applied to condensed matter systems and to complex enough
systems like biological organisations. It is advocated that the paradigm of evolution
adds a teleonomic physical law, which by the definition of the word teleonomic,
imparts processes, which owes it goal-directedness to the influence of an evolved
program, contrasting present end-directed laws of physics, which in this nomenclature are automatically endowed and designated as teleomatic, see more below.
Section 5 gives a brief overview of recent extensions to non-Hermitian quantum
mechanics and so-called unstable states of the continuous spectra, of rising use in
contemporary theoretical chemical physics.
Subsequent Sects. 6–10, concern the projection of these states in non-equilibrium
statistical mechanics, to free energy configurations, the correlated dissipative
ensemble and the spatio-temporal mnemonic entity as actors of basic communication
practices from the molecular level to the social and cosmological echelon. In Sect. 11
communications on channel SELF is advanced as an ultra-wide broadband distributed via Poisson distributed protocols. In the concluding Sect. 12, the physical
description incorporates a quantum theoretical examination of black hole conformations in terms of its mass and angular momentum quantum numbers.
Although some of the ideas listed above, may not be given in full detail or more
or less abridged to near disappearance, there should be a sufficient nexus of references where supplementary details can be found. We conclude the account by
referring to the title and the objectives and goals behind the conception of the ZeroEnergy Universe Scenario, ZEUS, and all its ingredients from the micro-, meso-,
macro- and to the highest ranks.
A Zero Energy Universe Scenario: From Unstable Chemical …
249
genetic code and higher order semiotics (mathematics, language) affecting the
theory of consciousness and artificial intelligence (AI). In conclusion we integrate
the beginning and end of our Universe with the Paradigm of Evolution.
In passing we will touch upon open problems like fundamental symmetry violations connected with biomolecular homochirality and the problem of the absolute
nature of the second law.
The article will be arranged as follows. In Sect. 1, the conjugate variables
(operators) are introduced as the most natural and essential forms of Kantian perception. By ordering the units in a two separate, but interrelated matrix arrays, it is
possible to derive Einstein’s laws of special and general relativity, the latter
extended in Sect. 3 to portray a combination of classical and quantum aspects of
gravity including the line element for the Schwarzschild metric and a general
quantum conception of a black hole. In paragraph 4 a novel formulation of the
Gödel paradox related to his celebrated inconsistence theorem, is presented, in
some detail, by using unconventional linear algebra and generalized eigenvalue
theorems for complex symmetric matrices. It is an unexpected surprise that the
mathematical formulation here becomes identical to the complex symmetric result
of Sect. 3.
Employing an essentially identical formulation extended to arbitrary dimensions,
the formalism is applied to condensed matter systems and to complex enough
systems like biological organisations. It is advocated that the paradigm of evolution
adds a teleonomic physical law, which by the definition of the word teleonomic,
imparts processes, which owes it goal-directedness to the influence of an evolved
program, contrasting present end-directed laws of physics, which in this nomenclature are automatically endowed and designated as teleomatic, see more below.
Section 5 gives a brief overview of recent extensions to non-Hermitian quantum
mechanics and so-called unstable states of the continuous spectra, of rising use in
contemporary theoretical chemical physics.
Subsequent Sects. 6–10, concern the projection of these states in non-equilibrium
statistical mechanics, to free energy configurations, the correlated dissipative
ensemble and the spatio-temporal mnemonic entity as actors of basic communication
practices from the molecular level to the social and cosmological echelon. In Sect. 11
communications on channel SELF is advanced as an ultra-wide broadband distributed via Poisson distributed protocols. In the concluding Sect. 12, the physical
description incorporates a quantum theoretical examination of black hole conformations in terms of its mass and angular momentum quantum numbers.
Although some of the ideas listed above, may not be given in full detail or more
or less abridged to near disappearance, there should be a sufficient nexus of references where supplementary details can be found. We conclude the account by
referring to the title and the objectives and goals behind the conception of the ZeroEnergy Universe Scenario, ZEUS, and all its ingredients from the micro-, meso-,
macro- and to the highest ranks.
A Zero Energy Universe Scenario: From Unstable Chemical …
249