INTEGRATED METHOD OF DIGITISATION AND PRESERVATION OF THE INDIVIDUAL NEURONAL STRUCTURE BY SYNAPTIC MAPPING WITH ADAPTIVE SYNCHRONISATION IN A MEMRISTIVE NEUROMORPHIC ARCHITECTURE

The invention relates to an integrated system and method for the complete digitisation and long-term preservation of the individual neuronal structure of a living human being, with the aim of creating a functional digital replica of their cognitive identity and life experience — suitable for use as a replicable instrument for the multiplication of individual competencies. The system comprises five integrated components: · a biocompatible liquid agent with quantum markers for non-destructive synaptic mapping; · a memristive network 1T1R/2T1R, programmed according to individual synaptic weights; · an evolutionary residual cell pool (20–50%) with a sequential indexing mechanism; · a nine-modal sensory perception analyser; · a bionic actuation carrier forming a closed sensorimotor loop.