seventieth degree entering

 

. . . - - and wii are continuing to look at the UG structure & META STRUCTURE , , INN EVERY SENSE OF THE WORD , , & realize that the contour design & mechanics of this structure , , allow fore ' complete UG assembly of event phrase formation & event thematic progression , , on every level of meta processing design . . .

 

. . . - - and there is a meta topical multiple topic matrix field structure , , which itself , , is about the structural / mechanical workings & design configurations , , for e ' that same event producing structure itself . . .

 

some of the meta conceptual notions which have bin de _ scribed here , , at this point , , relate to actual configurations , , that are abstract structural / electro _ magnetic structural / biological electro – magnetic structural / & biological neuronal structural in nature & deploy . . .

 

. . . - - a good waye to refer to some of these multi topical UG operational functors , , is to look at the pro log programme on the computational linguistic algebra , , which ii created in early year ' 10 , , and the linguistic algebra glyph node selection making up that programme , , gives a good idea , , along with the descriptive programme narrative , , fore ' what the reality of UG information processing is ALL _ A ' bout . . .

 

. . . - - the important idea to gather at this information processing point , , is that event realization / UG enact _ meant ; ; has a meta – physical _ meta – structural manner of bringing information content into cast – created _ existence , , itself . . .

 

. . . - - this is why there is imagery of vectors & dimensions , , and casings & frequency wavelengths ; ; this is the concrete conceptual truth , , of what creation is REEL _ EE ALL _ A ' BOUT . . .

 

. . . the three dimensional semantix topic matrix handling of information , , and active energetic two dimensional syntax flowing linear sequential attention pool , , are other examples of this existential creational waye of creating creation itself , , in tangible manner & means . . .

 

. . . - - the phrase / phase , , connected differential , , is another aspect of this conceptual / computational structural field gathering awareness , , as is the different scope groupings of collected & collated event vector folded dimensional trajectory spinez . . .

 

. . . - - letz look at set theoretical groupings of information , , and realize that categories are really a bounding of properties which all have a similar shared characteristic , , and different unshared characteristics themselves . . .

 

. . . - - it is the one shared property characteristic which defines the CATEGORY BOUNDARY CONDITION , , and the different non shared property values , , which determine the overall characteristic meta VARIANCE RANGE OR GRADIENT OR CONTINUUM , , which that category INVERSELY DEFINES . . .

 

. . . - - thus ; ; there is this DIRECT SHARED PROPERTY MEMBERSHIP, , which sets the physical boundary , , and the relative inverse relation of contained property values , , which sets the physical meta proportional design & spacing of the category shape itself . . .

 

. . . - - in this sense , , all single category bins , , maye be physically / structurally converted to single GRADIENT CONTINUUMS , , where the length and extent of the gradient / continuum spectrum , , represents the one shared property value , , and the incremental changes in gradient – continuum location / positioning , , represent the aligned & presented category differing property value values themselves . . .

 

. . . - - in this inverted view of category structure , , now complete topic matrix arrays , , maye themselves be represented as spined and interconnected VECTOR DIMENSIONAL TRAJECTORY FURLS . . .

 

. . . - - and as well in this sense , , event though vector dimensional trajectory occurrence appears in one sense to take place in some meta structural three dimensional processing space , , INN REALITY , , IT & THEY ALWAYS AND ONLY OCCUR IN TWO DIMENSIONAL REEL TYEM INFORMATION PROCESSING WAYE . . .

 

. . . - - sow this now gives us a great conversion scheme between three dimensional semantix topical matrix tyem , , and two dimensional syntax reel event code reel _ eye – Zation tyem themselves , , inn the conversion between three dimensional category structure bounding , , and two dimensional gradient continuum vector structure bounding , , as it lasyes [ in the goode sense here ] . . .

 

. . . - - a goode application fore ' , , and example of this meta structural conversion scheme , , is the dual identity fore ' inverse _ algabra _ fier numerical doubly folded WHAT dimensional quantification property assignment , , WHEN that assignment was inversely utilized in the set theoretical categorical instance array , , as demonstrated thru the lexical items ' few ' , , ' several ' , , & ' most ' . . .

. . . - - all of these lexical items make use of the notion that there is a category which itself contains an overall meta quantity of POSSIBLE state _ ifier instances , , and these lexical items themselves , , denote an inverse ' part – to – whole ' relationship of ' few ' , , ' several ' , , or ' most ' , , in that meta comparison inverse categorical state _ ifier sense itself . . .

 

. . . - - if wii now convert that comparison to a continuum or gradient vector furl , , then there can be a relative positioning of lexically selected & quantified ' few ' , , or ' several ' , , or , ' most ' , , in two dimensional NUMBER LINE LINEAR SEQUENTIAL LOCATION , , AS TO WHEN THAT CERTAIN DIMENSIONAL QUANTIFICATION OCCURRED IN REEL TYEM NUMBER PROCESSING EXPENDED SPACE POSITION ITSELF . . .

 

. . . - - sow wii can talk about a WHAT & WHEN dimensional phrase com _ BIN – ation fore vector dimensional folding , , which is also along the lines fore using the notion of ' first ' , , ' millionth ' , , & ' last ' , , if wii want to utilize the inverse _ algebra _ fier WHEN DIMENSION apart from OR COMBINED WITH the WHAT strictly numeric quantifier dimensional fold itself . . .

 

. . . - - rolling on two the next moment now ; ; & HOW ; ;

 

. . . - - forever always now ; ; isaiah parable

 

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