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Posts Tagged ‘Neuroscience’

extendedmind
There’s a great new article on the extended mind, titled, “How Google Is Making Us Smarter“, in Discover Magazine’s latest issue. You should definitely check it out.

The theory of the extended mind suggests that the mind is not contained exclusively ‘inside’ the skull, but rather that it extends into the external environment. While our mind can use the structure of our brain to store information, it also uses other structures in the outside world for cognitive functioning too. The classic example for this is the use of notepads or chalkboards as extended memory. To aid in the memorization of things, like classroom lessons or a friend’s phone number, we often utilize records stored on chalkboards or cell phones to remind us later of the information. According to this theory, the mind is intricately connected to its external environment through this kind of cognitive scaffolding. In fact, this externalism is necessary for real time, efficient action in the world. It bypasses the problem of an information bottleneck that would hamper real time cognitive processing if we had to store all of the relevant information about the world internally.

The article in Discover debunks the old myth that increasingly useful technology is making us dumb and lazy because it lessens the burden on our own brains. Rather, technology like the internet is making us smarter, because it is increasing our capacity to network with the extended world.

The theory of the extended mind was first proposed by philosophers Andy Clark and David Chalmers in a short essay aptly titled “The Extended Mind” in 1998.

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Francisco Varela

Francisco Varela


Francisco Varela (1946-2001) was a Chilean biologist, neuroscientist and philosopher, and is on the shortlist of visionary pioneers who conceived the interdisciplinary thesis of the embodied mind.

He began his academic career studying medicine and biology but also had a wide philosophical orientation, being primarily influenced by the work of phenomenologists Edmund Husserl and Maurice Merleau-Ponty. Varela also became a Tibetan Buddhist in the 1970’s. Undoubtedly influenced by both, he was well-positioned to join an understanding of the body in nature with an internal examination of consciousness and experience. His interdisciplinary connections were extensive, which ultimately led to the co-founding of the Integral Institute, a thinktank specifically aimed at sharing ideas between different disciplines.

The ultimate accumulation of his expertise was the publication of the canonical book, The Embodied Mind: Cognitive Science and Human Experience, co-authored with Evan Thompson and Eleanor Rosch. He is also responsible for introducing the term neurophenomenology, which conjoins the distinct methods of inquiry from phenomenology and neuroscience; a fundamental union in the development of the embodied mind thesis.

Varela is also responsible for introducing the concept of autopoiesis to biology, which refers to the self-creation and self-maintenance of biological systems.

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Over at Edge, a video interview and written transcript have been posted of Alva Noë discussing many of the philosophical problems concerning consciousness, and how a paradigm shift toward an embodied understanding of mind might help to resolve those problems.

Within it, Noë notes that most modern cognitivist research about consciousness and experience within neuroscience and classical cognitive science are actually just recycling many of the old problems of consciousness within a new framework. In other words, although the framework has changed, the same ways of understanding– the same paradigms– are still in place.

He uses the metaphor of a dancer to refocus instead on the importance of movement, action and the environment in the making of consciousness. He also ponders the mysteries of pictorial paradoxes about reference and meaning, and again discusses how an embodied approach offers answers.

Alva Noë is a professor of Philosophy at the University of California at Berkeley.

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brain_w200g

According to some new EU-funded research, there’s more evidence that certain simple decision-making is processed within sensory-motor mechanisms rather than in parts of the brain associated with higher cognition and self-awareness.

This supports the notion that cognition is embodied, according to researchers.

Basically, it means that higher-level abstract cognition is not disconnected or ‘disembodied’ from cognitive processes which are responsible for body movement and motor response. Rather, this research is evidence that those higher-level processes appear to be built right out of the sensory-motor mechanisms. Even more astutely, decision-making appears to entail motor processes and motor planning.

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