On the quantum structure of the spatial image of time

Time is considered as a quantum structure or cybernetic organism, in which the principles of isochronism, cyclicity and linearity, as well as the idea of three time arrows, cosmological, thermodynamic and psychological, receive a system interpretation. The images of the basic structure of quantum time are presented, and its extensions are discussed, as well as its use in the field of nanotechnology. The theory examines space and time, their elements (units), their design and description. It describes all domains of spatial and temporal organisation (from cosmology to quantum physics). In the development of the theory, the approach of the integrative representation of space and time based on the triadic principle, the logarithmic function of the representation of time units, the enneadic philosophical method, the phenomenological representations of time by Khlebnikov, and physical ideas about the origin of the universe, used. The main hypothesis of the theory is the discreteness of space-Time, which manifests itself in the formation of 45 nested closed surfaces (layers), each of which is placed in accordance with the level marker/indicator. This hypothesis is complemented by a set of boundary conditions that ensure interaction (exchange) between layers (units of space-Time). The theory refers to such means of expression that would ensure the formulation of the basic ideas of the theory in a maximally visual and compact form. The theory describes the general principles of the existence of space-Time in their statics and kinematics.