Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

Metafizika

PRE-PHYSICAL REALITY AND RELATIONAL PHYSICS

V. F. Panov

Published Dec 15, 2020• 0 citations
Publisher

Abstract

The concept of substantive-relational “paradigm relativity-complementarity” is being developed. «Pre-physical reality» is introduced as monistic Supercategory. It is justified that it is reasonable to consider discrete complex relations and p -adic complex relations in relational physics. It is pointed out that it is important to find a way to control gravity through electromagnetic interaction. The features of quantum theory in the relational paradigm have been considered.

DOI
10.22363/2224-7580-2020-1-106-109

Related papers

PHYSICAL AND SUB-PHYSICAL PARADIGMS

V. F. Panov

Promising tasks in three dualistic metaphysical paradigms are noted. The prospects of the relational-statistical interpretation (interpretation) of quantum mechanics are indicated. In relational physics, the importance of studying the possibility of controlling gravity due to an electromagnetic field is noted. In the field-theoretic approach, it is necessary to investigate the possibility of developing a gauge theory of time. A way of constructing the geometry of praspinors based on unary systems of complex relations is proposed. The hypothesis of pre-physical reality and the prospect of creating binary geometrosubphysics are discussed.

Metafizika•Mar 15, 2023•0 citations

PRINCIPLES OF METAPHYSICS IN THE THEORY OF PHYSICAL STRUCTURES AND IN THE META-RELATIONAL PARADIGM

Yu. S. Vladimirоv

In the work indicated are, firstly, three main reasons for revision of prevailing ideas about physical reality: inadequacy of the classical space-time in microworld physics, unsuccessful attempts to combine the principles of quantum theory and general relativity and, above all, the presence of the third physical paradigm - relational one. Secondly, shown are the constituents of the latter requiring the use of key metaphysical principles, and thirdly, they have been formulated. Fourthly, the mathematical formalism reflecting the unity of three metaphysical principles has now been proposed. Its foundations were laid in the theories of physical structures by Yu.I. Kulakov et al. Finally, fifthly, shown are basic results of applying the theory of binary systems of complex relations to solve the problems of microworld physics.

Metafizika•Dec 15, 2023•0 citations

METARELATIONAL APPROACH TO FOUNDATIONS OF FUNDAMENTAL PHYSICS

Yu. S. Vladimirоv

The article is devoted to presentation of fundamentals of the metarelational paradigm based on metaphysical principles and aimed at joining the principles of three dualistic physical paradigms in the context of the relational approach. The problems of utmost importance, solvable in the framework of the metarelational approach are shown. Among these are: evidence of spinor description of particles in quantum electrodynamics; an algebraic formulation of the atomic theory; revealing the sources of the origin of classical space-time concepts; a new approach to justification of types and the properties of elementary particles involved in strong interactions; the relational approach to atomic nuclei structure description; the description of going from a prototype to the present concepts of classical space-time; a dualistic relational interpretation of classical physics; an approach to the nature of gravitational interactions alternative to General Relativity.

Metafizika•Jun 14, 2024•1 citation

METAPHYSICAL BASES OF PHYSICAL REALITY

Leonid O. Baliev

Our representations about space and time, even considering their «a priori» status according to Kant, change over time. Their evolution necessarily accompa-nies the development of our knowledge of physical reality. The article describes the representations of space and time that allows not only to unambiguously inter-pret the effects of quantum mechanics, but also to build a model of the bases of physical reality, the development of which, according to the author, can lead to the creation of a unified physical theory of the microworld. Within the framework of this model, the discreteness of space and time is asserted, from which the proba-bilistic nature of elementary motion follows with necessity; geometry is distin-guished into the inextricably linked continual geometry of Being and the discrete geometry of Existing, and time becomes the absolute invariant of Existing.

Новые идеи в философии•Jan 1, 2023•0 citations

The Nature of Physical Reality

Sunil Thakur

In this paradigm shifting paper, we show that the physical world is manifestation of a non-physical objective reality that exists absolutely, manifests relatively, and behaves relationally. We show that all the phenomena observed in the quantum world manifest themselves more eloquently even in the macro world. Things do not have any pre-existing values even in the macro world, but things do have predictable values even in the quantum world.

CSIRO Publishing eBooks•Oct 11, 2007•2 citations

COMPLEMENTARY PHYSICAL REALITY

Arthur Boeltch, Michael Katchur

On grounds of the analysis of algebra there has been found a substantial problem with some internal inconsistency. By effort to avoid contradictions a way of bipolar logical thinking has been forced what leads to unavoidability to accept presence of a complementary physical reality. By this proper analysis of algebra long time before appearance of the quantum mechanics problems it would have been possible to develop the way of bipolar logical thinking, so there would not have arisen any problem with so called wave-particle dualism.

Journal of basic and applied research international•Apr 26, 2016•0 citations
The concept of substantive-relational “paradigm relativity-complementarity” is being developed. «Pre-physical reality» is introduced as monistic Supercategory. It is justified that it is reasonable to consider discrete complex relations and p -adic complex relations in relational physics. It is pointed out that it is important to find a way to control gravity through electromagnetic interaction. The features of quantum theory in the relational paradigm have been considered.
Promising tasks in three dualistic metaphysical paradigms are noted. The prospects of the relational-statistical interpretation (interpretation) of quantum mechanics are indicated. In relational physics, the importance of studying the possibility of controlling gravity due to an electromagnetic field is noted. In the field-theoretic approach, it is necessary to investigate the possibility of developing a gauge theory of time. A way of constructing the geometry of praspinors based on unary systems of complex relations is proposed. The hypothesis of pre-physical reality and the prospect of creating binary geometrosubphysics are discussed.
In the work indicated are, firstly, three main reasons for revision of prevailing ideas about physical reality: inadequacy of the classical space-time in microworld physics, unsuccessful attempts to combine the principles of quantum theory and general relativity and, above all, the presence of the third physical paradigm - relational one. Secondly, shown are the constituents of the latter requiring the use of key metaphysical principles, and thirdly, they have been formulated. Fourthly, the mathematical formalism reflecting the unity of three metaphysical principles has now been proposed. Its foundations were laid in the theories of physical structures by Yu.I. Kulakov et al. Finally, fifthly, shown are basic results of applying the theory of binary systems of complex relations to solve the problems of microworld physics.
The article is devoted to presentation of fundamentals of the metarelational paradigm based on metaphysical principles and aimed at joining the principles of three dualistic physical paradigms in the context of the relational approach. The problems of utmost importance, solvable in the framework of the metarelational approach are shown. Among these are: evidence of spinor description of particles in quantum electrodynamics; an algebraic formulation of the atomic theory; revealing the sources of the origin of classical space-time concepts; a new approach to justification of types and the properties of elementary particles involved in strong interactions; the relational approach to atomic nuclei structure description; the description of going from a prototype to the present concepts of classical space-time; a dualistic relational interpretation of classical physics; an approach to the nature of gravitational interactions alternative to General Relativity.
Our representations about space and time, even considering their «a priori» status according to Kant, change over time. Their evolution necessarily accompa-nies the development of our knowledge of physical reality. The article describes the representations of space and time that allows not only to unambiguously inter-pret the effects of quantum mechanics, but also to build a model of the bases of physical reality, the development of which, according to the author, can lead to the creation of a unified physical theory of the microworld. Within the framework of this model, the discreteness of space and time is asserted, from which the proba-bilistic nature of elementary motion follows with necessity; geometry is distin-guished into the inextricably linked continual geometry of Being and the discrete geometry of Existing, and time becomes the absolute invariant of Existing.
On grounds of the analysis of algebra there has been found a substantial problem with some internal inconsistency. By effort to avoid contradictions a way of bipolar logical thinking has been forced what leads to unavoidability to accept presence of a complementary physical reality. By this proper analysis of algebra long time before appearance of the quantum mechanics problems it would have been possible to develop the way of bipolar logical thinking, so there would not have arisen any problem with so called wave-particle dualism.