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Вестник Пермского университета Философия Психология Социология

Возможность и онтологические основания атемпоральной интерпретации квантовой механики

Годарев Максим Григорьевич

Published Jan 1, 2014• 0 citations
OpenAlex

Abstract

The theory of determined infinity resolves through extra-temporal teleportation of a micro-object the well-known Zenon's papyri, related to paradoxicality of transportation via infinite sequence of sections of the path. The impossibility to give its description with the help of the microscopic Newton's equation and Schrodinger's equation points at an elementary atemporal microscopic transportation. The Heisenberg's uncertainty principle shows the presence of a micro-object's coordinates which are indefinite in the arbitrarily near future. It is also known that extra-temporal teleportation of states is realized in the micro-world. All mentioned factors give rise to the principle of atemporality: certain parameters of a quantum micro-object (for example, its coordinates in space or direction of polarization) change atemporally.

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•Sep 1, 2011•4 citations
The theory of determined infinity resolves through extra-temporal teleportation of a micro-object the well-known Zenon's papyri, related to paradoxicality of transportation via infinite sequence of sections of the path. The impossibility to give its description with the help of the microscopic Newton's equation and Schrodinger's equation points at an elementary atemporal microscopic transportation. The Heisenberg's uncertainty principle shows the presence of a micro-object's coordinates which are indefinite in the arbitrarily near future. It is also known that extra-temporal teleportation of states is realized in the micro-world. All mentioned factors give rise to the principle of atemporality: certain parameters of a quantum micro-object (for example, its coordinates in space or direction of polarization) change atemporally.
In the present work shown are contradiction between beliefs about space movement of physical objects in classical and quantum mechanics. A theory that resolves the known Zenonaporiasand removes this contradiction is suggested. The basic assumption is the atemporal nature of the basic movements of quantum micro-objects (including atoms) in continuous space. In our previous papers we suggested the principle of atemporality: certain parameters of a quantum micro-object, including coordinates in space, change atemporarily. Indeed, the Heisenberg relation of uncertainty shows that the presence of coordinates of a quantum particle is incompatible with the presence of its velocity. The Schrodinger equation describes probabilistically exactly that, which objectively and actually takes place in reality. It is also permissible to treat this equation in favor of atemporality: even within an indefinitely small period of time there is some probability that a particle is present in certain volume, and in the next indefinitely small period of time there is some probability that the same particle is absent in the same volume. It is shown that a set of sequential extra-temporal teleportations of atoms constituting a macro-bodyresults in its temporal movement.
Broadening the Schrödinger equation by removing the limitations imposed by the formalism of Hamilton, based on which this equation received is submitted. These limitations pre- clude the use of the Schrödinger equation to describe the dynamical symmetry violation. The expan- sion of the Schrödinger equation is realized based on the principle of duality symmetry. According to this principle the dynamic of the systems determined by the symmetry of the system and space. The extended Schrödinger equation was obtained from the dual expression of energy, represented in operator form. The independent micro and macro variables that determine respectively the dynamics of micro-particle quantum system relative to its center of mass and the movement of the center of mass in space are used. The problems of quantum mechanics, due to the structural change of micro particles and the internal energy of the strong interactions are discussed. Keywords: Schrödinger equation, the principle of duality symmetries, dual coordinate system.
Microscopic phenomena, in the part available to supervision and measurements which are carried out by means of comparisons of the phenomena with macroscopic changes, by means of introduction of the idea of intervals between disappearance of the previous one and emergence of the subsequent one, are compared with pieces of the chain of macro-changes, it leads to introduction of the notion of time as the only means to describe results of supervision and measurements. In this case, the theory which does not contain unobserved magnitudes, is nothing more than a system of ratios and ratios changes between above-mentioned intervals. The presented work — creation of the description of the quantum mechanical interaction which does not include unobserved magnitudes, based on impossibility to judge about objects free from interaction, and abstract from intercation which existence — is a fruit of imagination about what does not have a certain position in relation to similar ones, especially capable to a certain change. The word “mechanics” in the work is used due to the historical tradition to denote thematic charachteristic of the work. In the work are made equations coinciding in a form with Schrodinger’s equations, where the contained magnitudes have different physical maintenance.
The paper deals with the so called information-theoretic turn in the interpretation ofquantum mechanics. The aim of the turn was a deeper understanding of the foundationsof quantum mechanics; the source of it was the emergence of successfully developingtechnological applications of quantum theory (quantum computer, quantum teleportation,quantum cryptography). The turn is based on the assumption that the early Copenhagen (Bohr’s)interpretation of quantum mechanics is factually a theory of information. The author analyzesdebates in the contemporary philosophy of science concerning the expediency of the turn. Thepoint of view that it undermines the position of realism in the physics of micro-world is beingdisproved. Some possible outcomes of the information-theoretic turn are being considered.
Laws and the equations of quantum mechanics and behavior of particles in a microcosm completely differ from laws and the equations of classical mechanics, in a microcosm such phenomena which have no analogs in classical mechanics, for example tunnel effect, etc. meet. In a microcosm the coordinate and an impulse of a particle are defined according to Heisenberg’s uncertainty, these particles show properties characteristic for a wave, energy is let out and absorbed in the separate portions, in quanta.
The immutability of classical dynamical laws for the microscopic object in the space which coordinate axes are the transition matrix elements of the corresponding coordinates is proved. It is stated that measurement is a micro-object localization process in the classical space when it interacts with the device. The description of the wave function reduction is obtained using the path integrals. The mechanism of the probability arising on measurement is offered, where the hidden parameter that is the cause of the measurement randomness of microscopic characteristics relates to the interaction process of classical instrument with micro-object. Both types of quantum mechanics processes - evolution and reduction of the wave functions - are described in a unified approach