Brain Oscillations and Predictive Coding: What We Know and What We Should Learn

• Auteur principal: Roumen Kirov (auth)
• Format: Électronique Chapitre de livre
• Langue: anglais
• Publié: Frontiers Media SA 2017
• Collection: Frontiers Research Topics
• Sujets: Psychology; Decision Making; Evolution and self; brain oscillations; predictive coding; Psychoanalysis; Psychopathology; Sleep and dreaming; REM sleep; cognition and perception
• Accès en ligne: DOAB: download the publication; DOAB: description of the publication

Résumé

Predictive coding (PC) is a neurocognitive concept, according to which the brain does not process the whole qualia of external information, but only residual mismatches occurring between incoming information and an individual, inner model of the world. At the time of issue initiation, I expected an essential focus on mismatch signals in the brain, especially those captured by neurophysiologic oscillations. This was because one most plausible approach to the PC concept is to identify and validate mismatch signals in the brain. Announcing the topic revealed a much deeper consideration of intelligible minds of researchers. It turned out that what was of fundamental interest was which brain mechanisms support the formation, maintenance and consolidation of the inner model determining PC. Is PC a dynamic construct continuously modulated by external environmental or internal mental information? The reader will be delighted to get acquainted with the current views and understanding of eminent scholars in the field. It will be challenging to discover the realm of sleep where both physiological, energy preserving and mental qualia principles build on the inner models to shape and transform the self. And where neurophysiologic oscillations may both transmit external information and translate inner models from state to state to preserve the self-continuity and compactness.

Description matérielle

1 electronic resource (100 p.)

ISBN

978-2-88945-161-6
9782889451616

Accès

Open Access