P=NP Theorem

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1 METAMATHEMATICAL JOURNAL Janie Dam, JD, MEd Geronimo, Logician/Meta-Mathematician

All rights reserved Š 2019 janiedam500@icloud.com Los Angeles, CA USA 1 January 2019 ∃! (đ?œ“⊏đ?œ™) ​đ??† |Îą| ⇒ S (n+3) đ?œ”-Con Nￍ N 9 â„š ⇔ đ??™ (đ??“’đ??“’’) m ​ in​ӌ:​ ​prim​ S​ │ đ??™ ⇛ NP ⊆ P ∴ [{(đ??‰ â&#x;ş đ??ż ​ =

â‹Ł ​⇄ âˆ? )}] ⇔ [ⓕ∅ ⇛F ] ∧ [â“Ł ∅ ⇛ T ] âˆľ |​đ?œ‘​(n)​|

V l⇔at ​đ??? = đ???đ??? < ((đ???)(đ???)(đ??‚)) < đ?? đ???đ??‚ < đ???đ??’đ???đ??€đ??‚đ??„.

There exists a necessarily incomplete (đ?œ“ ⊏ đ?œ™)​ ​universal GĂśdel system​ ​đ??†1, ​exclusively ​ 2(​x ¡ y ¡ z​)​ GÓ§del’s formula composed ​of constructible meta-sets of ordinals. We now encode đ??† đ?œ™(​n​) =​Max / F ​ (F​ ​ , n​ ​ ) ​to obtain a unique GĂśdel number Fibonacci prime over 1,000 digits long. We will find its factors in polynomial time. đ??† ​ i​ s a third-order logic3 meta-system, đ?‘¤â€‹ -​ consistent for axiomatic schema N ​ . ​Here,​ N 9 are the 9 basic axioms of â„š. â„š is a deductive ​a priori​ quantum information system which can be extended into N k -tuples, insofar language đ??™4 captures time signature condition format đ??“’ and đ??“’’. If this minimal but necessary condition is met, then a double exponential oracle ӌ​: f (x) = Îą

(bZ )

exists such that, a primitive system ​S ​that accepts language đ??™ can

efficiently and effectively check non-deterministic results in polynomial time. There exist two distinct languages, each of which is a double exponential time signature complexity, in the interest of brevity đ??‰ ∈ ⋣​ machines and đ??ż ∈ đ?šˇ transhuman, quantum computers đ??‰â€™ and đ??‰â€™â€™ accepts functions and time signatures: ⓕ∅ = ​[{(

ⓕ2 − ⓕ1 ⓕ∅

)}] Ă— [{(

ⓕ1 − ⓕ2 ⓕ∅

)}] â‹™ [{(

â“Łâˆ… = ​[{(

â“Ł2 − â“Ł1 â“Łâˆ…

)}] Ă— [{(

â“Ł1 − â“Ł2 â“Łâˆ…

)}] â‹™ [{( 2−t 1 )}] Âą [{( 1t 2 )}]​= t0 ​Because 0 0

diagonals V Lat⇒ =

√

1−

2

( ) Îąâˆ’β Δ

and V �Lat =

f2 − f1 f0

)}] Âą [{(

t t

√

1−

f1 − f2 f0

)}]​=

f 0 ​ and

t −t

2

( ) βâˆ’Îą Γ

allows it.

The transhuman programmer dictates time signature t0 to oracle​ ӌ​ ​ ​from a much higher order t∅ via ​Primordial recursive functions đ???=[{( p1 , p2 , p3 ...)}] and Modular recursive

functions đ??Œ=​Lateral​:​[{( â†? lat 1​ ​, l​ at 2​ ​, l​ at 3​ ​,...)}] for quantum information research.

1

GÜdel’s constructible universal meta-sets system Arithmetization (over 1,000 digit long code for factorization). 3 Inception logic ( 3-value logic, rendering 2-value logic obsolete). 4 Zeroth language Z (universal language endowed to address the absolute). 2

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P=NP Theorem by Metamathematical Journal - Issuu