Neuroelectro/Quantum Code hierarchy Domain (IA).
(fibtin2-System ver.2.9.6.-shell).
The Neuroelectro/Quantum Code-flow, Code-Superconduction :
The Acummulated Time Quantum Spin Complexity Metric, Mam, and/or
the 3 Half Spin State (((Mam/2)*3)-2), are the attributes that may
be the x-attribute in the fibtin2-System (Fibtin-class),
which requires separate and phychoacoustically measured input
for safe Human signal transduction of artificial intelligence.
1. High-level IA :
Code to Super-conduction information-flow.
1.1. Microsoft :
$ copy *.py \PortablePython3.2.5.1\App
$ Python-Portable.exe \PortablePython3.2.5.1\App\tqscm agct
1.2. Unix/Linux :
$ gunzip iaaaat.tar.gz
$ tar xvvf iaaaat.tar
$ cd ~/iaaaat
$ $ su # super-user requirement
$ bash bashia # bash shell-script for IA
2. Low-level IA :
Code to Code information-flow.
$ python3
>>> import tqscm
>>> t=tqscm.Tqscm()
>>> t.spin_init('agct', 0.000143)
>>> t._Tqscm__spin3half, t._Tqscm__spininit, t._Tqscm__cantordust
(Decimal('4.66920670...'), Decimal('0.6310727535...'), Fraction(441070, 698921) )
Neuroelectro-physiol./Quantum information-gab and Na+/K+-ATPase.
2014-01-06T13:08:00+00:00.
iaaaat and iLQG Tech Group. (http://iaaaat.3eeweb.com).
Information does not flow naturally between the 2-dimensional complex neuroelec.-mag. scale and the quantum scale of projective Twistor space, PN.
There is a information-gab and as the audiological subdiscipline of clinical tinnitology shows, that not only are the outher and middle-ears,
the vestibuli-cochlear organs and the neuronal auditory pathways the necessary arrangement to overcome the mechanical/neuroelectro-physiological
information-gab, but additional identifies the existence of the necessity for a special arrangement to overcome the information-gab between
neuroelectro-physiology and the radioactivity of the three stable magnesium-isotopes, the radioisotope 21Mg and one of its decay-products,
the radioisotope 21Na (sodium-isotope).
Such an arrangement is a necessity and shows in neuroelectro-physiology of the Na+/K+-adenosine triphosphatase (sodium/potassium (kalium))-pumps
and the radioactivity of the four magnesium-isotopes ;
1. Forward directed signal transduction.
2. Signal transduction in neuron activity state control.
2.1. Superconduction of code-computation in purkinje-cells in cerebellum.
1. Forward directed signal transduction.
A forward directed signal transduction associates to the superconduction of the stimuli via the three stable magnesium isotopes 24Mg, 25Mg and 26Mg.
The mechanisms of the Na+/K+-pump removes one posetive charge carrier from the intracellular space by moving three sodium-ions out and two
potassium-ions in to the cell.
2. Signal transduction in neuron activity state control.
Signal transduction in neuron activity state control associates to the code of the magnesium radioisotope 21Mg and one of its decay-products,
sodium-isotope 21Na, in immune-response regulation control. It is indeed a mechanism for counting both single instances and massive magnitude of
21Mg-decay radioactivity.
2.1. Superconduction of code-computation in purkinje-cells in cerebellum.
Signal transduction in neuron activity state control associates additional to superconduction of code-computation in purkinje-cells in cerebellum.
These cell-complexes are nearly two-dimensional, parallel and non-curved surfaces and constitutes along with the distribution of Na+/K+-ATPase-enzymes,
indeed the domain of the central cortical and amygdal and hippocampal subcortical networks of memory/attention-functioning.
It is a part of the immune-response regulation control mechanisms and is the domain of projective Twistor space.
The mechanism for counting deviations in flat Minkowski spacetime geometry, in which there exists a gravitational field,
demonstrates the division of entangled spatial and temporal attributes. In the forward directed signal transduction, temporal attributes
dominates the code-hierarchy requirements relative to the spatial attributes, which are fuzzy and non-linear. In the superconduction of
code-computation in purkinje-cells in cerebellum, the opposite relation shows; spatial and abstract attributes dominates the code-hierarchy
requirement relative to temporal attributes, which are fuzzy and time-asymmetrical.
iaaaat and iLQG Tech. Group. sys-admin. jthjensen.eu.2014.
http//iaaaat3eeweb.com/ia.html and http://tagtag.com/ilqgtech/
The spin_init() -method.
Adding or subtracting small amounts of spin / dimension to the initial
condition of the Cantor-set dimension of math.log(2)/math.log(3).
The time quantum spin complexity metric is calculated for the parsed
base-sequence and the method is accessed after module-import.
Time quantum spin is added to the cantor-set dimension and is parsed as
the second argument after the base-secuence, separated by comma!
The method makes the 4.th. attribute, 'spin3half', converge toward
Feigenbaums 1. constant and finds a precise rational repr.,
the 'cantordust'-attribute, of the initial condition spin, repr. in
the 'spininit'-attribute!
The iLQG Technology Group (iaaaat).jthjensen.http://iaaaat.3eeweb.com.
