>[...]
>although it's still deemed to be 'mysterious', be-cause of it's
>highly-ordered
>neural architecture, 'neocortex' is one of the easiest things to get sorted
>out... there's a 'caveat' involved, though... 'neocortex' only becomes easy
>=after= everything else within the nervous system is integrated. this
>circumstance results from the fact of the very-same highly-ordered neural
>architecture that makes understanding 'neocortex' easy...
left an important thing only-implicit... the relatively-uniform structure of
cortex made it 'difficult' because, well... it just seems 'the same' no matter
where one looks.
that's why it's necessary to understand, and integrate the sub-cortical stuff
before cortex yeilds completely... comprehension of the sub-cortical stuff
'delineates' cortex, 'projecting' onto its relative-uniformity, a
functional-correlation 'map', which one can, then, 'follow', to understanding
of cortex, despite its relative-uniformity.
get it?
in actuality, things went back-and-forth between sub-cortical and cortical
'levels', via many iterations which converged monotonically.
in other words.. things of the TD E/I-minimizer got TD E/I-minimized :-)
>[...]
>see for 'yourself' by drawing arrow on 'your' crumpled paper bag... go into
the
>'sulci', up over the 'gyri', etc., to 'your' "heart's" 'desire', all the
while, studying
>carefully how the correlations of the Geometry of arrows which, if they'd been
>drawn on a horizontal plane, is very-different from the correlations of the
'same'
>arrows when they are drawn upon 'your' paper bag's 'gyri' and 'sulci'.
more important stuff left only-implicit... =while maintaining minimal circuit
lengths=.
that's what's so wonderful about the 'gyri' and 'sulci' Geometry.
don't miss seeing it for 'yourself'.
cheers, y'all.
K. P. Collins (ken)
