Abstract
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.
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