Checked local leaves · Full irrationality still open

Solver-backed proof campaign — current evidence

Irrationality remains open

The endpoint IR072 is not proved. These are exact local subproofs, with solver hints, native HA checking and independent Lean checking kept separate. No campaign parent admission, Alpha promotion or deployment is claimed.

33 distinct checked statements in this wave; duplicate E/V demonstrations are counted once. Six are named rational foundations. Trace pieces are finite instances, not variable-degree theorems.

Explore the local definition DAG · Original pilot baseline and its historical failures.

What changed

P10 now has a shared, 1,486-node HA proof DAG and an independent Lean check. E and Vampire each selected two original premises for the narrow P08 native reconstruction; this is premise-guided reconstruction, not a TSTP proof translator. Z3 separately checked the six rational conjectures, without supplying trusted axioms.

The composition trace has 13/16 exact pieces HA-checked. Its complete assembly remains open; the separate universal constant-coefficient soundness lemma does not replace the missing execution pieces. Size-limited attempts remain visible below.

A critical reuse: the twice-square lemma

For natural A,B, A²=2B² implies A=B=0. The proof reduces to the existing Fermat fourth-power theorem and rechecks its complete dependency cone. This is a prerequisite for quadratic norm separation, not irrationality of (√2)^(√2).

Fresh HA and independently compiled Lean checks

Download the exact canonical proof bundle (gzip) · Original run record.

182 local nodes; 39,455 ordinary proof-body nodes. No receipt is substituted for a proof body.

Target AST SHA-256: a1aaa15b01ead79382b92dff5be1ebd105745bc26b937451e73ecdec973209b7
Certificate SHA-256: c7404c8766489feb5bb9994621535bb10d07907566e3f7a586ec383b98eaa225

From natural squares to signed coefficients

SN001 proves that (ap−an)²=2(bp−bn)² forces ap=an and bp=bn, with explicit natural square witnesses and no normalization assumption on the signed pairs. It reuses the exact existing SignedDifferenceSquare definition and the checked IR016 dependency cone.

Named theorem, original formula and exact proof · Reused definition ND0157. The rational/real quantitative lower bound and quadratic interpretation in IR032 remain open.

New universal arithmetic lemmas

The integer separation witness is distinct from the still-open rational/real lower bound. The convolution result concerns actual natural coefficient tables, not completed rational exp composition. Z3 separately checked the natural-gap conjecture; deterministic HA generation and fresh Lean checks provide the proof evidence.

Actual proof DAG and open planning parents · Exact definitions and theorem uses.

Exact execution evidence

CaseStatement / scopeCheckingReproducible bytesPlanning parent
P10Exact large-number inequalityHA + freshly compiled LeanExact certificate
Full run record
IR064
P08-eproverReciprocal cancellation · E hintHA + freshly compiled LeanExact certificate
Full run record
IR055
P08-vampireReciprocal cancellation · Vampire hintHA + freshly compiled LeanExact certificate
Full run record
IR055
P04-groundFull finite composition traceOpen / attempt failedNo accepted certificate
Full run record
IR079
P04-groundFull finite composition traceOpen / attempt failedNo accepted certificate
Full run record
IR079
P04-soundnessConstant-coefficient trace soundnessHA + freshly compiled LeanExact certificate
Full run record
IR079
RF001ReflexiveHA + freshly compiled LeanExact certificate
Full run record
IR001
RF002SymmetricHA + freshly compiled LeanExact certificate
Full run record
IR001
RF003TransitiveOpen / attempt failedNo accepted certificate
Full run record
IR001
RF004Scale nonzeroHA + freshly compiled LeanExact certificate
Full run record
IR001
RF005Numerator shiftHA + freshly compiled LeanExact certificate
Full run record
IR001
RF006Negation compatibleHA + freshly compiled LeanExact certificate
Full run record
IR001
RF003TransitiveHA + freshly compiled LeanExact certificate
Full run record
IR001
P04-C00Finite composition trace · piece 00HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C01Finite composition trace · piece 01HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C02Finite composition trace · piece 02HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C03Finite composition trace · piece 03HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C04Finite composition trace · piece 04HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C05Finite composition trace · piece 05HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C06Finite composition trace · piece 06HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C07Finite composition trace · piece 07HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C08Finite composition trace · piece 08HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C09Finite composition trace · piece 09HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C10Finite composition trace · piece 10HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C11Finite composition trace · piece 11HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C12Finite composition trace · piece 12HA + freshly compiled LeanExact certificate
Full run record
IR079
P04-C13Finite composition trace · piece 13Open / attempt failedNo accepted certificate
Full run record
IR079
P04-C14Finite composition trace · piece 14Open / attempt failedNo accepted certificate
Full run record
IR079
P04-C15Finite composition trace · piece 15Open / attempt failedNo accepted certificate
Full run record
IR079
IR016Twice-square zero theoremHA + freshly compiled LeanExact certificate
Full run record
IR016
SN001Signed quadratic-norm zero criterionHA + freshly compiled LeanExact certificate
Full run record
IR032
NG001Constructive natural strict gapHA + freshly compiled LeanExact certificate
Full run record
IR003
SN002Witnessed integer norm separationHA + freshly compiled LeanExact certificate
Full run record
IR032
SN003Signed quadratic norm multiplicativityHA + freshly compiled LeanExact certificate
Full run record
IR031
CV001Universal natural convolution vanishingOpen / attempt failedNo accepted certificate
Full run record
IR079
CV001Universal natural convolution vanishingOpen / attempt failedNo accepted certificate
Full run record
IR079
CV001Universal natural convolution vanishingHA + freshly compiled LeanExact certificate
Full run record
IR079
RN001Rational norm representative independenceHA + freshly compiled LeanExact certificate
Full run record
IR031
RN002Rational quadratic norm multiplicationHA + freshly compiled LeanExact certificate
Full run record
IR031
SI001Nonzero signed-integer productsHA + freshly compiled LeanExact certificate
Full run record
IR046
QN001Nonzero quadratic-integer productsHA + freshly compiled LeanExact certificate
Full run record
IR046
QF001Nonvanishing finite quadratic product tracesHA + freshly compiled LeanExact certificate
Full run record
IR046

Next mathematical bottlenecks

Variable-degree formal composition and its recurrence; quantitative log–exp composition tails; confluent interpolation; and the positive precision-to-certificate bridge. A finite trace or a solver hit cannot close these.

Workers use one process at a time and fixed resource caps. They make no model calls; agents wrote/reviewed the specifications and generators, and that engineering cost is not measured as zero.

Machine-readable observations · Full planned dependency cone.