Message-ID: <034515Z14071995@anon.penet.fi>
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From: an306358@anon.penet.fi
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Date: Fri, 14 Jul 1995 03:42:53 UTC
Subject: Overview of Cog Physics p9:10
Lines: 74

Re: Overview of Cognitive Physics (part 9 of 10)
(5000 word introduction copyright 1995) by D. Albert Harrell
   DAHarrell@aol.com

 C. Minimal Notch Mutations (MNM)  [A type of Parallel Imperfect Expansion]
     
  
A COMPASS TO EFFECTIVE REACTIONS  
MNM is the entity's directional guidance system for change.  Historical
records of MNM guide the entity in non random experimental expansion changes.
 Recorded patterns indicate specific cell points as having cause and effect
relationships, associated with specific environment shaping results.
 Reliable repetitive historical order is used to deliberately and selectively
effect the shape of the environment or self.  
  
MNM is the SSM practice of establishing reliable (repeatable) order, such as
cause and effect sequences, and then augmenting this established order, at a
single specific point by a minimal degree of change.  Any change in the
effect of the implemented order is then observed, and associated with said
deliberate minimal mutation.   
  
Theories are adopted and tested through application, concerning the nature,
direction and even the degree of environmental shaping force yielded by the
application of a given shaping sequence.  
  
As a rule, a change at any given cell point in the sequence, is associated
with a change in that sequence's recorded (sensed) shaping effect on an equal
environment.  
*  
(a more detailed explanation of the primitive SSC.)  

           Self Shaping Circuit Programming    
A brief description of the 12 subroutines sequence of   
THE PRIMITIVE SIMILE FLUX REACTOR SHAPER CIRCUIT  
(Cognitive physics views a processing instruction as a tangible two
dimensional object, a machine existing in computer space.)   
  
 1  > 2  >  
          
12          3  
   
11 < 5 < 4  
  
 8  < 7 < 6  
         
10 < 9 <  
     
1. Sensors  -  Scan For Flux  ***Input Terminal***  
Handles input of All sensor data (particles) from the target-Universe.  
  
2. Decision -  FLUX  Detected ?  [IF NO GO TO 1.]  
 
FLUX   ISOLATION  
The last known configuration of the self and environment is compared to the
new configuration.  The difference between these two configurations is
theorized to be a definition of the current fluctuation in modular status.  
 
 YES  	Flux has been detected.   
   
3. Process  -  Attempt To Define Flux  
Any event, action, or change that occurs within an SSM's environment, will
trigger an Flux Reactor Shaper cycle; in which, the first step will be to
theorize a definition of this sensor fluctuation.  
     
There is no attempt to "understand" this fluctuation, merely to isolate and
cluster the individual particles theorized to comprise the definition of the
entire fluctuation.  
(cont. in part 10)

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