Exact named statement
forall K. exists k N d ab ac wb wc z fn pn fpb fpc fqb fqc frb frc fsb fsc fs fv fub fuc hb hc r p3. (k=S K) /\ ((N=S k) /\ ((~d=0) /\ ((NatAtanhPrefix(d,ab,ac,N)) /\ ((NatExpWeightTable(d,N,wb,wc)) /\ ((BetaAt(wb,wc,0,z)) /\ ((~z=0) /\ ((Factorial(N,fn)) /\ ((Pow(d,N,pn)) /\ ((z=fn*pn) /\ ((forall j w f p. Le(j,N) ->
BetaAt(wb,wc,j,w) ->
Factorial(j,f) ->
Pow(d,j,p) ->
(w*f)*p=z) /\ ((NatPowerTrace(ab,ac,S k,S ((S N)*(S k)),fpb,fpc,fqb,fqc,S N)) /\ ((NatWeightedSeriesTrace(S ((S N)*(S k)),wb,wc,fpb,fpc,fqb,fqc,frb,frc,fsb,fsc,S N)) /\ ((NatPowerRow(frb,frc,fsb,fsc,S N,fub,fuc)) /\ ((Pow(2,((S N)*(S k)),fv)) /\ ((NatHornerValue(fub,fuc,2,S ((S N)*(S k)),fs)) /\ ((Le(fs,9*(z*fv))) /\ ((Le(N,((S N)*(S k)))) /\ ((Le(N,S ((S N)*(S k)))) /\ ((forall i a. Lt(i,N) ->
BetaAt(fub,fuc,i,a) ->
((i=0 /\ a=z) \/ (exists j. i=S j /\ a=2*z))) /\ ((NatScaledHornerTrace(fub,fuc,3,N,hb,hc)) /\ ((BetaAt(hb,hc,N,r)) /\ ((Pow(3,k,p3)) /\ ((~p3=0) /\ ((r+z=(2*z)*p3) /\ ((~(z*p3)=0) /\ ((forall M. Le(M,((S N)*(S k))) ->
exists r tb tc u p0 q0 h. (((S N)*(S k))=M+r) /\ ((NatAffineSlice(fub,fuc,M,1,tb,tc,S r)) /\ ((NatHornerValue(tb,tc,3,S r,u)) /\ ((Pow(2,M,p0)) /\ ((Pow(3,M,q0)) /\ ((Pow(3,((S N)*(S k)),h)) /\ ((~p0=0) /\ ((~q0=0) /\ ((~h=0) /\ ((~(z*h)=0) /\ ((Le(u*q0,(9*p0)*(z*h))) /\ (IRatLe(u,0,z*h,9*p0,0,q0))))))))))))) /\ (exists r tb tc u p0 q0 h. (((S N)*(S k))=N+r) /\ ((NatAffineSlice(fub,fuc,N,1,tb,tc,S r)) /\ ((NatHornerValue(tb,tc,3,S r,u)) /\ ((Pow(2,N,p0)) /\ ((Pow(3,N,q0)) /\ ((Pow(3,((S N)*(S k)),h)) /\ ((~p0=0) /\ ((~q0=0) /\ ((~h=0) /\ ((~(z*h)=0) /\ ((Le(u*q0,(9*p0)*(z*h))) /\ (IRatLe(u,0,z*h,9*p0,0,q0)))))))))))))))))))))))))))))))))))))))PD0001 — Le · PD0002 — Lt · PD0013 — BetaAt · ND0411 — NatAffineSlice · ND0423 — NatExpWeightTable · ND0427 — NatScaledHornerTrace · PD0020 — Pow · PD0023 — Factorial · ND0405 — NatPowerRow · ND0407 — NatPowerTrace · ND0437 — NatHornerValue · ND0421 — NatWeightedSeriesTrace · ND0425 — NatAtanhPrefix · ND0444 — IRatLe
Complete certificate and independent checks
426 actual local proof nodes. Each node carries its complete ordinary HA proof body.
Full canonical proof bundle · Original HA receipt · Independent Lean receipt
Target SHA-256: e5ce4e46386b9c0aa0cde7db11202d410819547dc4b6b462458184f2871f9611
Bundle SHA-256: 739a6442d3cf4657fdb256c65867cd7b790f76676c457cd00f167d607a5b759c
Checked statement containment
These exact targets occur inside this certificate. These links summarize containment, not direct dependency arrows; the downloadable bundle records every private lemma and ordered edge.
CV001 · CV002 · CV004 · CV008 · CV009 · CV011 · CV012 · CV019 · CV020 · CV021 · CV022 · CV024 · CV025 · CV027 · CV028 · CV029 · CV031 · CV032 · CV033 · CV037 · CV038 · CV039 · CV043 · CV044 · CV046 · CV047 · CV048 · CV049 · CV056 · CV057 · CV058 · CV059 · CV060 · CV061 · CV062 · CV063 · CV064 · CV065 · CV072 · CV073 · CV075 · CV077 · CV078 · CV079
Scope
same actual full composition has proved low coefficient pattern geometric low prefix value factorial normalization and rational omitted tail bound without replacing supplied inputs weights or assuming code equality not analytic limit
None of these finite arithmetic statements closes an IR campaign parent. The analytic identification, interpolation and final positive irrationality certificate remain open.