See his recent blog post here. A few excerpts consistent with themes in this blog and IPS forum:
"Asking how the brain generates the mind may not be the right
question. [...] Instead, we should ask how the brain facilitates the
mind. [...] Part of the problem, however, comes from thinking of the
mind or meaning as being generated in the head. [...] You need a brain
to think, but thinking isn’t in the brain, and the brain doesn’t
generate it; it facilitates it. The brain generates many things—neurons
and their synaptic connections, ongoing rhythmic activity patterns, the
constant dynamic coordination of sensory and motor activity—but none of
these should be identified with thinking, though all of them crucially
facilitate it. Thinking is an action of the whole person in its
environment."
"Science already provides a wider view in the form of 'embodied'
cognitive science. To say that cognition is embodied means that it
directly depends on the whole body and not just the brain. To put it
another way, bodily activity and not just brain activity is part of
cognition. Take perception. From the embodied cognitive science
perspective, to perceive isn’t to be in a particular internal brain
state; it’s to be in an interactive relationship with the world, one in
which bodily movements and not just neuronal states are part of
perception."
"To say that cognition is embodied also means that it’s 'embedded' in
the environment. The brain, the rest of the body, and the environment
form a system, in which cognitive behavior, such as visual recognition
or gesture and speech, happens as a systemic process. In the words of
cognitive scientist, Randall Beeral: 'Behavior is a property of the entire coupled brain-body-environment system and cannot in general be attributed to any one subsystem in isolation from the others.'”
"For human beings, the brain-body-environment system is the one of symbolic culture. Psychologist Merlin Donald)
argues that we’re able to think in the ways we do because over
millennia we’ve constructed symbolic cultures in which we’re thoroughly
embedded. Technological devices, such as writing and computers, provide a
new kind of 'external memory.'
How much mathematical thinking could you accomplish without this kind
of memory? Biological memory and external memory together make up a
hybrid cognitive system. Much of what we think and do would be
impossible without this kind of system."
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