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A neuro-cognitive defense of the unified self.

Ryan Smith

Consciousness and Cognition February 2017 DOI: 10.1016/j.concog.2016.10.007 (opens in new tab)

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AI-extracted from the abstract
Characteristics Theoretical or philosophical paper Peer reviewed
Keywords Action Cognitive neuroscience Consciousness Decision making Self Working memory
Key points Argues that the global workspace network, a 'core-circuit' of interacting cortical regions, can be understood as a unified system for conscious perception and decision-making that fulfills many roles intuitively assigned to the self, so the intuitive self-concept need not be mistaken given current empirical knowledge.

Abstract

The topic of the self remains one of considerable controversy, and many arguments have been put forth suggesting the intuitive concept of self must be in some way mistaken - in part based on results in the cognitive and neural sciences. In this article I offer the alternative positive proposal that "the self" may indeed refer to a physical/computational system within the brain. To do this, I draw on empirical work regarding the neural basis of consciousness and decision-making, and on philosophical work regarding ecological control, unified group perspectives, and functional/mechanistic explanation. The work I review jointly supports the conclusion that a "core-circuit" of interacting cortical regions - the global workspace network - can be understood as a unified system for consciously perceiving and deciding, and thus fulfills many of the roles intuitively assigned to the self. I conclude that this self-concept need not be mistaken given current empirical knowledge.

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