Solving Zeno's aporias based on a dialectical approach and the latest discoveries in physics: ontological consequences

This study analyzes the aporias of Zeno of Elea: "Achilles", "Arrow" and "Dichotomy" in order to propose approaches to their resolution in accordance with the latest results of scientific research in the field of natural science. In this case, the dialectical method is used. The relevance of the problems posed by Zeno related to the nature of space, time and motion is shown. The results of this study made it possible to formulate in some cases their final resolution, and in others, formulate hypotheses that require confirmation through the further development of quantum physics. In the case of the Achilles aporia, the solution is based on understanding the closest possible bodies not as strictly isolated from each other, but as exchanging matter and energy, for example, in heat exchange processes or in the photoelectric effect. Thus, the contact of the catching object with the pursued is not reducible to a certain moment, but consists in a gradual process of increasing the intensity of interaction between them. In the case of Zeno's "Arrow" and "Dichotomy" aporias, the complexity of the problems raised and the hypothetical nature of many theoretical constructs related to them, as well as the presence of various interpretations of quantum mechanics, do not allow us to formulate definitive solutions that could claim universal acceptance. However, a solution is proposed based on the interpretation of Heisenberg-Fock quantum mechanics in the philosophical interpretation of A. Yu. Sevalnikov, which describes the mechanism of transition from the indefinite state of subatomic reality to an ordered picture of movement at the macro level through the process of decoherence, due to the property of photons, which has received the name of "quantum time reversal".