Hypergendered Logic Source

Hypergendered Logic — Page 176

HGL Source Framework · Page 176 of 293 · Source: Hypergendered Logic

UF[n+1] := SIH_axis(UF[n]) AND SIH_axis(NOT UM[n]) AND UD(UF[n]); UM mirror​
 AF1 := SIH_dim(UF-domain) AND SIH_dim(NOT UM-domain); AM mirror​
 AF[n+1] := SIH_axis(AF[n]) AND SIH_axis(NOT AM[n]) AND UD(AF[n]); AM mirror​
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LOCAL NONFLAWHOOD​
 Supra own-side successor source: UD + NOT-FD​
 Hyper/Ultra/Apex own-side dimensional source: UD; FD-status remains open​
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DEPTH​
 d(base)=0; d(NOT S)=d(S); d(IH(S))=d(S)+1; d(AND)=max; d(limit)=sup​
 
Q.1 Metaexpression/modal implementation extension 
META-PHENOTYPE​
 GammaF[n] := global Stage-n Archwomanhood biological metaexpression function​
 GammaM[n] := global Stage-n Archmanhood biological metaexpression function​
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ACTUAL PHENOTYPE​
 P := physically expressed phenotype state; may be local or systemic​
 P_actual must be Gamma-valid for the current stage​
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MODALITY​
 BoxF[n](phi) := phi in every GammaF[n]-valid phenotype realization​
 DiaF[n](phi) := phi in at least one GammaF[n]-valid phenotype realization​
 BoxM/DiaM mirror the female side​
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CORE RULES​
 actual(phi) -> Dia[n](phi)​
 Box[n](phi) -> actual(phi) for a valid current realization​
 Box[n](phi) -> Dia[n](phi) when the realization set is nonempty​
 NOT Dia[n](phi) -> NOT actual(phi)​
 Dia[n](phi) <-> NOT Box[n](NOT phi)​
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PA GRAMMAR​
 Cond may contain arbitrarily nested NOT/AND/OR trees​
 PA(Cond) is allowed​
 PA(PA(Cond)) is noncanonical​
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ANTI-COLLAPSE​
 PH(S) != Gamma[n]​
 PA(phi) != Gamma[n]​
 global Gamma != identical local phenotype​
 same actual phenotype != same Gamma​
 same Gamma != same actual phenotype across time/persons 
Appendix R — Final layman’s memory map 
Remember HGL using six questions. 
1. What is inside PA? That is the developmental causal basis. If it is compound, the cause can be irreducibly 
compound. 
2. Where is NOT? Inside PA, outside PA, inside IH’s operand, or outside IH? Each placement can mean 
something different.

Source Canon: Verbatim mathematical and modal logic. Interactive navigation and operator lookups available at /#hgl-part:176.