Re: Cherkin on the mnemons

From: Mark M. Mills (mmills@htcomp.net)
Date: Tue Mar 07 2000 - 15:36:08 GMT

  • Next message: Scott Chase: "Re: Cherkin on the mnemons"

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    Date: Tue, 07 Mar 2000 10:36:08 -0500
    To: memetics@mmu.ac.uk
    From: "Mark M. Mills" <mmills@htcomp.net>
    Subject: Re: Cherkin on the mnemons
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    Scott,

    At 04:48 PM 3/6/00 -0800, you wrote:
    >He applies "mnemon" to an anatomical unit of memory, viz., a module
    comprising an
    >activated classifying neuron and its closely associated cells. This
    specific application
    >of "mnemon" is compatible with the general definition proposed in this
    article." (eq)

    Koch's 'Biophysics of Computation' doesn't use the term 'mnemon.' Instead,
    he reviews 13 different physical mechanisms for memory instantiation. As
    best I can tell, the fundamental building block would be called a 'receptor.'

    In Kock's view, there is the substrate of neural chemistry and the flow of
    binary signals across it. Koch describes neural abilities in terms of
    'bits per second' transmission speeds. Every neural cell can be seen as an
    independent computer, constantly making its own decisions, constantly
    processing internal and external signals, constantly transmitting signals.
    Just as in computers, there is the data in the 'bit stream'
    (electromagnetic waves) and static electrical states recorded on physical
    media (short term and long term memory).

    The fastest physical media for memory storage which Koch describes is
    autophosphorylating kinases. These reside on synapse membranes. They are
    electrical gates and can flip from 'open' to 'shut' in less than a 1000th
    of a second.

    Do you think the mnemon term makes sense when signal processing concepts
    seem most appropriate for study of neural function?

    Mark

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