Memory as the “whole brain work”: A large-scale model based on “oscillations in super-synergy”

Abstract

According to recent trends, memory depends on several brain structures working in concert across many levels of neural organization; memory is a constant work—in progress.” The proposition of a brain theory based on super-synergy in neural populations is most pertinent for the understanding of this constant work in progress. This report introduces a new model on memory basing on the processes of EEG oscillations and Brain Dynamics. This model is shaped by the following conceptual and experimental steps: 1. The machineries of super-synergy in the whole brain are responsible for formation of sensory–cognitive percepts. 2. The expression “ dynamic memory” is used for memory processes that evoke relevant changes in alpha, gamma, theta and delta activities. The concerted action of distributed multiple oscillatory processes provides a major key for understanding of distributed memory. It comprehends also the phyletic memory and reflexes. 3. The evolving memory, which incorporates reciprocal actions or reverberations in the APLR alliance and during working memory processes, is especially emphasized. 4. A new model related to “ hierarchy of memories as a continuum” is introduced. 5. The notions of “ longer activated memory” and “ persistent memory” are proposed instead of long-term memory. 6. The new analysis to recognize faces emphasizes the importance of EEG oscillations in neurophysiology and Gestalt analysis. 7. The proposed basic framework called “ Memory in the Whole Brain Work” emphasizes that memory and all brain functions are inseparable and are acting as a “ whole” in the whole brain. 8. The role of genetic factors is fundamental in living system settings and oscillations and accordingly in memory, according to recent publications. 9. A link from the “ whole brain” to “ whole body,” and incorporation of vegetative and neurological system, is proposed, EEG oscillations and ultraslow oscillations being a control parameter.