🚀 go-pugleaf

"Benjamin" <Benjamin@verizon.net> wrote in message 
news:Nkc7i.2111$aW5.817@trndny09...
| "jer0en" <jer0en@freemail.nl> wrote in message
| news:62dca$465ca7ac$5039c6ae$20480@news.chello.nl...
|
||a copying process in which biological
|| mass is created
|
| What I've discussed is much more
| than "a copying process," because
| nervous systems are able to select
| within such, and volitionally-create
| with respect to that which they sel-
| ect, which is as a "double-edged
| sword" because what one so cre-
| ates is also in what one experi-
| ences.

Which circumstance, BTW, was a
primary motivator in how and why
the "scientific method" was con-
verged-upon -- so that what is "sel-
ected", "created" and, so, comes
to exist within experience can be
tested with respect to other exper-
ience, and, thus, 'affirmed' or rejected.

In the work I've done [=Neurosci-
entific Duality Theory=, "NDT"], all
of the above is reduced to neural-
activation dynamics 'within' nerv-
ous systems.

The fundamentals of this work are
discussed in a short [100-page]
monograph, =On the Automation of
Knowing Within Central Nervous
Systems; A Brief Introduction to
Neuroscientific Duality Theory=, "AoK".

The "duality" is that consciousness,
affect, cognition, behavior, are pro-
duced as =by=products= of the min-
imization of the sum of the topolog-
ically-distributed ratios of excitations
to inhibitions that occur 'within' neur-
al activation. To the degree that this
ratio is, in fact, minimized, behavior,
etc., will be 'appropriate' be-cause,
if 'inappropriate' behavior is manifest-
ed, the external experiential environ-
ment 'reacts', either actively or passive-
ly, [active: other People or animals,
passive: brick wall, rivers, etc.] in ways
that elevate TD E/I, which reinitializes
the "TD E/I-minimization" dynamics.

This all-encompassing function is
made-possible by the elegant topo-
logical order of the "special topolog-
ical homeomorphism" which neural
topology is what enables nervous
systems to literally be "on the inside,
looking out" with respect to the rest
of their host organisms' external ex-
periential environment.

One can see the macroscopic neural
topology of the of the special topolog-
ical homeomorphism in the great fiber
crossings that underpin the fact that the
left hemisphere of the brain is connect-
ed to the right 'side' of the body, and the
right, the left.

Again, there are a =lot= of details within
the above stuff. kpc

| [BTW, I've been discussing this
| stuff over the course of more than
| 17 'years' in bionet.neuroscience.
|
| There's a lot, in-it, that I've not re-
| iterated in the threads in which I've
| recently commented. I tend to write
| for folks who've been reading all
| along [because it's not practical to
| reiterate everything in every msg I
| post.]
|
| k. p. collins