Hylozoism vs. Long Term Potentiation

Administrador del Nodo Postmaster at neubio.sld.ar
Sat Nov 4 15:06:06 EST 1995

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>Date: Sat, 4 Nov 95  17:48:02 ARG
>From: Administrador del Nodo <Postmaster at neubio.sld.ar>
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>To:=09neuroscience at net.bio.net
>Subject: Re: Hylozoism vs. Long Term Potentiation 
>Hello, all!
>Regarding my previous writing (Prof. Mariela Szirko, <postmaster at neubi=
>and <postmaster at neubio.gov.ar>, where I commented:
>>In our own tradition we are hylozoist and so see no need of searching=
 for engrams; 
>>least to use these constructs as Procrustean beds to provide function=
>>onto any experimental fact that admits to be interpreted as bolsterin=
g LTP.  
>John E. Anderson, Ph.D. <janderlu at msn.com>, <jander at unf6.cis.unf.edu>,=
>wrote on 2 Nov 1995:
>> What do you mean? 
>By way of a clear if not succint response I should provide the followi=
ng notice:
>1. (Our local bias towards electrobiological phenomena in psychogenesi=
>Through a series of historical contingencies, our neurobiological trad=
>worked with exceedingly scarce communication towards the foreign. A 
>friend of Thomas Young and Michael Faraday, namely Octavio Fabrizio 
>Mossotti, re-ignited locally in the 1820s and 1830s the interest in th=
e elec-
>trical state inside the physical masses, formerly stirred here by seve=
ral lo-
>cal theses (on electric fishes and bioelectricity) forwarded late in t=
>century. Mossotti's influence expanded well outside his Chair of Exper=
>mental Physics at the University of Buenos Aires and, in the ensuing f=
>years, created an special atmosphere permitting since 1879 the work on=
>brain electrostimulation of Richard Sudnik, a former co-founder in Par=
is of 
>the Intl. Society of Electricity and later another full professor in o=
ur same 
>University. The outcome was the worldwide-first prolonged electrostimu=
>tion and brain mapping of a conscious human brain, performed (during 
>some eight months!) since the 15 September 1883 on a luetic osteitis p=
>tient (the top of whose skull was blown out by the syphilis) by Dr. Al=
>Alberti, an eminent inmigrant from Trento and later first medical dire=
ctor of 
>the Italian Hospital in Buenos Aires. Sorrily this important contribut=
ion was 
>appropriated by a plagiarist - who, nevertheless, published here the N=
>procedure before Nissl did in Germany. The plagiarist obtained an unla=
>doctorate of the University with said electrostimulation in 1885 and t=
>silenced most of the local work in the field for many years.  Alberti'=
s contri-
>bution was repossessed only in 1909, when Prof. Cushing synthesized 
>and augmented a long series of brain electrostimulations done in the f=
>eign over much smaller areas,though however Prof. Sudnik and others 
>continued, interim, the local experimental work.  All this established=
>heavy local bias regarding electrobiological phenomena in the understa=
>ing of psychogenesis.
>2. (Chr. Jakob depiction, of interfering reverberating circuits in bra=
in psy-
>chogenetic processes, required to abandon the Pythagoric-Parmenidean 
>exogenism.)  In such athmosphere, in 1899 Prof. Christfried Jakob arri=
>from Erlangen. (Some of his early books you might find in your local l=
>ies.)  Since 1906 he forwarded an elaboration of his previous European=
>views; I feel sure that this elaboration was locally elicited by the s=
>atmosphere I just described. The psychogenetic process was described b=
>Prof. Jakob as the formation, by interfering reverberating circuits, o=
>atomic-like stationarities apt to be linked among themselves in a mole=
>guise. Exceedingly few persons understood, at that time, Jakob's publi=
>tions in Spanish. It was of no help, the intrinsic difficulty to grasp=
 how an 
>interference (spatial or of echoes) could define structures able to in=
>systemically. This was by no means the unique flaw in communication of=
>our tradition; among many others, Jakob published in 1911 the descript=
>of what in the foreign is called the "Papez" circuit from Papez accoun=
t of 
>1937. And for a blunt, unforeseen intervention, see in Behavioral & Br=
>Sciences 11, p. 95, 1988, F. J. Irsigler's rejoinder upon the hemisphe=
>rotation around the sylvian pivot (Chr. Jakob: Von Tierhirn zum Mensch=
>hirn, Lehmann, Munchen, also 1911) of a spacetime morphogenetic dislo-
>cation between cortices whose different rates and modes of differentia=
>found species-typical (innate) behaviour, in the words of Sperry (1983=
>'largely preorganized independently of sensory input". But the crucial=
>was the nature of the natural force in which the "molecular" system of=
>those stationarities would relax.  After some time adhering, just as K=
>Kleist,the psychophysical parallelism upon the influence of Th. Ziehen=
, it 
>was manifest to our school the need of embracing hylozoism and gather-
>ing data to provide a physical description of such a force. Already in=
>in a Panamerican scientific congress in Buenos Aires, the reproach was=
>forwarded to  Prof. Jakob that, if such a problem remained unresolved,=
>only the short term memory would be accounted for by the "functional r=
>manence" of such a system of electromagnetically-linked stationarities=
>defined by reverberations' interference. (Engrams replace the bare sel=
>producing remanence every time that interactivity is denied.) But hylo=
>implied relinquishing the exogenist description.  This was somewhat 
>stimulated by the aforementioned atmosphere and perhaps mostly by dint=
>of our very remoteness  =96neither behaviourism nor neuronism thundere=
>here, nor emergentistic complexity theories, nor outlooks glad to forg=
>natural facts by self-limiting to analyze formulations=96.    But it w=
as needed 
>to distinguish hylozoism from a futile insertion of dynamic or hormic =
>cies inside spatial structures; and, to do this, our tradition underto=
ok two 
>parallel ways.  While on one hand the holographic-holophonic models of=
>cortical functioning  were developed here upon some important phyloge-
>netic hints abroad unavailable (namely, the ciliary descent of such ho=
>graphic-holophonic-like definition of stationarities, discovered by Pr=
>Mario Crocco after Prof. Jakob's death occurred in 1956), on the other=
>hand it was also needed to perform painstaking studies in the history =
>ideas, also performed by Prof. Mario Crocco and disciples, to elucidat=
e the 
>prefigurations of the syncretic cultural myth that supported the exoge=
>At the same time, Prof. Karl Pribram and disciples in the U.S. also fo=
>warded holographic (and T.W. Barrett holophonic) models,but they staye=
>without those important phylogenetic links and also foreign to the pro=
>lems of said syncretic myth.  So since 1974 Prof. Pribram fell in such=
>insertion of hormic agencies in structural neurobiology, and his schoo=
>stayed cloven to exogenism, while here by that time we fully adhered s=
>long to a program studying, for the neurobiological sake, (1) the feat=
ures of 
>such physical interaction upon which the system of stationarities rela=
x, (2) 
>the historical prefigurations conspiring against such a study, and (3)=
>experimental use of such a physical resource. This unusual and difficu=
>perspective widened the communicational gap between us and the neu-
>robiological traditions abroad.
>3. (Basic neurobiological processes became of industrial interest). In=
>meanwhile, the exogenist explanations of neurobiological function, dev=
>oped upon the ganglionary models amenable to fruitful networking, be-
>came for the first time of industrial interest.  However true academic=
>munication on our developments was at the time impracticable, some in-
>dustries began to think in their need of non-Turing automata,and in 19=
>T.D. Lee published (in Chinese) the first edition of his "Particle Phy=
sics and 
>Field Theory" (English Tr.: Harwood Acad. Publ., 1981) in whose para-
>graph 2 of Chapter 25 (

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