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March 28, 2018

Author

Ann Ketcheson

Summary and Intro

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Wonderful! Thanks for sharing!
I look forward to looking at the details.

Post date

March 31, 2018

Author

Eric BARRE

AGI

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Look further to read and learn from your research and development interest.

BW, Eric

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April 10, 2018

Author

Ralph Sherman

Transition State Theory

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I looked at the Executive Summary. I am familiar with the roll of Activation Entropy in neurophysiology. How would you envision its roll in your work?

Post date

April 10, 2018

Transition State Theory and Activation Entropy

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Hi Ralph,

I must admit I know nothing about Transition State Theory ( https://en.wikipedia.org/wiki/Transition_state_theory ) and have never thought about or come across the subject of Activation Entropy in Neurophysiology. I found this paper on the subject which I have quickly scanned. https://www.nature.com/articles/s41598-018-20123-8 I obviously have some studying to do.

My first and very cursory impression is that the activation entropy in neurophysiology is more of a study of a phenomenon rather than the underlying mechanisms which result in, or obey the activation entropy model. Transition state theory also appears, at my first glance, to be a large-scale global effect of states of neuronal activity and transitions between those states.

I have been dealing with and thinking about synthetic neuronal (binons) activation on the small-scale and how it might work to perform temporal pattern recognition. And I have been modeling with the simplest components and environments (recognizing Morse code) to develop a working design. I am starting to see how a wave of activation might travel through my binon network when performing perception and action. But I have not thought about the large scale properties of an entropy model of brain dynamics or whole-brain activation patterns. So to answer your question: How would I envision its role in my work? I would say that when fully operational I would hope that an integrated perception and action network of binons would start to exhibit some form of activation entropy. Or if it does not exhibit this then I would want to know why not and whether it was important to study it from an activation entropy perspective.

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