Unlike the instant interactions in non-living systems, the interaction speed in living tissues is a million times slower, so time plays a fundamental role in neural operation. The time dimension of dynamic operation should be included in the brain maps, perhaps structurally, to produce a functionally sound digital twin of the brain. Neither a fundamentally sequential computer can simulate the fundamentally parallel operation of the brain, nor can the unbelievably dense wiring be technically realized, not to mention the numerous differences in their operating characteristics. Moreover, in systems with a large number of neurons, communication collapses [10], or the connectivity must be significantly and forcefully reduced [11]. The situation is aggravated by the fact that researchers try to force a similarity to Artificial Intelligence onto the brain. This is justified only by the fact that, in addition to the current technical implementation, developers no longer understand the operation of Artificial Intelligence (AI), and neuroscientists ”still do not understand the brain’s underlying computational logic” [5].