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- W2182194614 abstract "In this report a proposal related to the superbinding of the activity of neural populations is outlined. Basing on the observation of EEG-Oscillations, this proposal aims to replace the Sherrington's single neuron doctrine for interpretation of the mechanisms of complex percepts and integrative brain function. Keywords- superbinding, oscillations, binding, coherence 1 Aim of the report The present report aims to introduce the superbinding theory to describe the machineries of integrative brain function instead of single neuron doctrine. This concept is based on superposition of selectively distributed multiple oscillations and their parallel functioning. This proposal is shaped by numerous measured observations and can possibly give rise to new approaches aiming to establish brain theories and develop strategies for new experiments. At the turn of the century, the approach of Sherrington opened the way to the single-neuron doctrine by introducing the notion of one ultimate pontifical nerve-cell which integrates CNS function. In this concept, the integration the functional mapping was a type of only movement mapping; memory and cognitive functions have not been included in brains integrative function. Following the discovery of the EEG, Hans Berger (1929) has argued that a physical correlate of mental performances of the brain could now be tapped, as psychic energy in Berger's words (l). This view has again gained tremendous importance (2,3). 2 Binding The problem of linking or was posed for experimental study with the discovery that the neural activities evoked by the complex features of perceptual targets are processed in separate neocortical areas. The question is how the activities within and between those separate processing areas are unified in momentary association to form a coherent representational state- the neural basis of a perception. The results of many microelectrode recording experiments suggest the hypothesis that the synchronization of neural activity in the several nodes of a distributed system is a flexible mechanism for binding together the results of processing for different stimulus features in the nodes. Binding is assumed to delineate by recombination a neural image of the stimulus" @default.
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- W2182194614 date "2001-01-01" @default.
- W2182194614 modified "2023-09-24" @default.
- W2182194614 title "SUPERBINDING IN INTEGRATIVE BRAIN FUNCTION AND MEMORY" @default.
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