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MCC-OE-26 — B01 Boundary-to-Parent Radial Composition and Parent Closure Audit

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MCC-OE-26 — B01 Boundary-to-Parent Radial Composition and Parent Closure Audit

從 BOUNDARY_SAFE 到 PARENT_SAFE:09I 全域 Radial Lock 與 MCC-OE-25 Boundary Closure 的 Fail-Closed 組合

系列: Measured-Construct Closure / Observable Exhaustion
文件代號: MCC-OE-26-v0.1
作者: Neo.K
機構: EveMissLab/一言諾科技有限公司
版本: v0.1
日期: 2026-09-24
文件性質: Certificate Composition/Boundary-to-Parent Lift/Radial Parent Closure
前置: MCC-OE-00~25;LESR 09I;Cycle 15–16 Radial Convexity
狀態: B01 BOUNDARY CLOSED / B01 RADIAL CLOSED / B01 PARENT RESEARCH-INTERVAL CLOSED / PUBLICATION AUDIT OPEN
Canonical Source: UTF-8 Markdown
數學原始碼規範: inline math 僅使用 $...$,display math 僅使用 $$...$$


摘要

MCC-OE-25 已將 B01 boundary:

r=sr=s

上的完整 parameter domain:

ρ∈[10−4,1.4×10−4],\rho\in[10^{-4},1.4\times10^{-4}], u∈[4.5,6],u\in[4.5,6], v∈[−0.23,−0.15],v\in[-0.23,-0.15], w∈[−0.01,0.01]w\in[-0.01,0.01]

提升為:

B01 BOUNDARY:
    RESEARCH-INTERVAL CLOSED

其 global finite residual lower:

R2fin>0.105758417246083>0.1.\boxed{ R_2^{\rm fin} > 0.105758417246083 > 0.1. }

由 exact factorization:

A(s)−A0−0.1ρ2=ρΦ1+ρ2(R2fin−0.1),A(s)-A_0-0.1\rho^2 = \rho\Phi_1 + \rho^2 \left( R_2^{\rm fin}-0.1 \right),

以及:

Φ1≥0,\Phi_1\ge0,

可得 boundary uniform margin:

A(s)−A0−0.1ρ2>0.005758417246083ρ2.A(s)-A_0-0.1\rho^2 > 0.005758417246083\rho^2.

在 declared radius最小:

ρmin⁡=10−4\rho_{\min}=10^{-4}

時,

uniform positive margin至少:

>5.758417246083200e−11.\boxed{ >5.758417246083200e-11. }

另一方面,LESR 09I 已經在完全相同的 B01 (ρ,u,v,w)(\rho,u,v,w) domain上建立 full radial lock。

09I 定義:

fq(r)=Area⁡conv⁡(D,B3+t3(r),RρB5+t5).f_q(r) = \operatorname{Area} \operatorname{conv} ( D, B_3+t_3(r), R_\rho B_5+t_5 ).

對固定:

q=(ρ,u,v,w),q=(\rho,u,v,w),

Fáry–Rédei / Rogers–Shephard linear-parameter convexity給:

r↦fq(r) convex.\boxed{ r\mapsto f_q(r) \text{ convex}. }

09I 取:

s=0.00882,s=0.00882, h=10−4,h=10^{-4}, r−=s−h=0.00872.r_-=s-h=0.00872.

如果:

fq(s)>fq(s−h),f_q(s)>f_q(s-h),

convexity立即推出:

fq(r)≥fq(s)∀r≥s.\boxed{ f_q(r)\ge f_q(s) \qquad \forall r\ge s. }

09I 已用:

Nρ=96,Nu=3,Nv=48,Nw=10N_\rho=96,\quad N_u=3,\quad N_v=48,\quad N_w=10

共:

138,240\boxed{ 138{,}240 }

個 parameter cells完整覆蓋 B01 local velocity box。

stored / replayed research result:

min⁡Δh‾=7.8584779318488972e−07>0.\boxed{ \min \underline{\Delta_h} = 7.8584779318488972e-07 > 0. }

所以:

B01 RADIAL RESPONSIBILITY:
    CLOSED

09I 當時仍把 parent標為:

PARTIAL

其 source明確指出原因不是 radial未證,

而是:

boundary area target尚未對整個 (ρ,u,v,w)(\rho,u,v,w) domain finite-cover。

09I 同時明確記錄:

boundary cover完成後,可由 radial theorem自動 lift回 full root radial domain。

MCC-OE-25 現在正好補上這個唯一缺口。

因此 MCC-OE-26 的核心是 fail-closed certificate composition:

BOUNDARY SAFE+RADIAL LOCK+DOMAIN MATCH⟹PARENT SAFE.\boxed{ \text{BOUNDARY SAFE} + \text{RADIAL LOCK} + \text{DOMAIN MATCH} \Longrightarrow \text{PARENT SAFE}. }

最終:

fq(r)≥fq(s)>A0+0.1ρ2\boxed{ f_q(r) \ge f_q(s) > A_0+0.1\rho^2 }

對所有:

q=(ρ,u,v,w)∈B01q=(\rho,u,v,w)\in B01

與所有 admissible:

r≥sr\ge s

成立,在目前 research-certificate / research-interval authority下。

所以:

B01 PARENT — RESEARCH-INTERVAL CLOSED.\boxed{ \textbf{B01 PARENT — RESEARCH-INTERVAL CLOSED}. }

1. B01 Boundary Domain

QB01=[10−4,1.4×10−4]×[4.5,6]×[−0.23,−0.15]×[−0.01,0.01].\boxed{ \mathcal Q_{B01} = [10^{-4},1.4\times10^{-4}] \times [4.5,6] \times [-0.23,-0.15] \times [-0.01,0.01]. }

2. Boundary Slice

r=s=0.00882.\boxed{ r=s=0.00882. }

3. Parent Radial Domain

09I radial parent允許:

r≥s.\boxed{ r\ge s. }

所以:

PB01={(r,q):q∈QB01,r≥s admissible}.\boxed{ \mathcal P_{B01} = \left\{ (r,q): q\in\mathcal Q_{B01}, \quad r\ge s \text{ admissible} \right\}. }

4. Boundary Target

MCC-OE-25:

fq(s)>A0+0.1ρ2∀q∈QB01.\boxed{ f_q(s) > A_0+0.1\rho^2 \qquad \forall q\in\mathcal Q_{B01}. }

5. Boundary Global Residual Lower

R2fin>0.105758417246083.\boxed{ R_2^{\rm fin} > 0.105758417246083. }

6. Boundary Coefficient Slack

R2fin−0.1>0.005758417246083.\boxed{ R_2^{\rm fin}-0.1 > 0.005758417246083. }

7. Uniform Boundary Margin

fq(s)−A0−0.1ρ2>5.758417246083200e−11.\boxed{ f_q(s)-A_0-0.1\rho^2 > 5.758417246083200e-11. }

8. Radial Convexity

固定 qq:

fq(r) is convex in r.\boxed{ f_q(r) \text{ is convex in }r. }

9. 09I Radial Grid

96×3×48×10=138,240.\boxed{ 96\times3\times48\times10 = 138{,}240. }

10. Radial Result

138,240/138,240\boxed{ 138{,}240/138{,}240 }

cells PASS。


11. Minimum Certified Secant

Δh‾min⁡=7.8584779318488972e−07.\boxed{ \underline{\Delta_h}_{\min} = 7.8584779318488972e-07. }

12. Domain Equality Audit

MCC-OE-25 boundary domain與 09I radial domain逐欄完全一致。

因此:

Dom⁡(Cboundary)=Dom⁡(Cradial)=QB01.\boxed{ \operatorname{Dom}(C_{\rm boundary}) = \operatorname{Dom}(C_{\rm radial}) = \mathcal Q_{B01}. }

13. Target Identity

target:

A0+0.1ρ2A_0+0.1\rho^2

不依賴 radial variable rr。


14. Composition Theorem

若:

fq(s)>T(q),f_q(s)>T(q),

且:

fq(r)≥fq(s)∀r≥s,f_q(r)\ge f_q(s) \qquad \forall r\ge s,

則:

fq(r)>T(q)∀r≥s.\boxed{ f_q(r)>T(q) \qquad \forall r\ge s. }

Proof:

fq(r)≥fq(s)>T(q).f_q(r)\ge f_q(s)>T(q).

Q.E.D.


15. Instantiate to B01

fq(r)>A0+0.1ρ2\boxed{ f_q(r) > A_0+0.1\rho^2 }

for every:

q∈QB01,q\in\mathcal Q_{B01}, r≥s.r\ge s.

16. Uniform Parent Margin

parent繼承 boundary margin:

fq(r)−A0−0.1ρ2>5.758417246083200e−11.\boxed{ f_q(r)-A_0-0.1\rho^2 > 5.758417246083200e-11. }

17. Why Secant Margin Is Not Subtracted from Target Margin

radial secant lower:

7.8584779318488972e−077.8584779318488972e-07

只用來證:

fq(r)≥fq(s).f_q(r)\ge f_q(s).

它不是 boundary area lower的 error term。

所以 parent直接繼承 boundary target margin。


18. Why 09I Was Partial Before

當時:

B01 RADIAL:
    CLOSED

B01 BOUNDARY AREA:
    PARTIAL

B01 PARENT:
    PARTIAL

19. MCC-OE-25 Changes the Missing Dependency

現在:

B01 BOUNDARY AREA:
    RESEARCH-INTERVAL CLOSED

所以 09I source明示的唯一 parent blocker消失。


20. Fail-Closed Composition Verifier

companion:

verify_mccoe26_parent_composition.py

要求:

  1. boundary closed;
  2. radial PASS;
  3. secant lower positive;
  4. exact domain match;
  5. boundary R2fin>0.1R_2^{\rm fin}>0.1 ;
  6. derived uniform margin positive。

任一失敗即:

FAIL

21. Actual Verifier Run

B01-BOUNDARY: PASS (RESEARCH-INTERVAL)
B01-RADIAL-LOCK: PASS (RESEARCH)
DOMAIN-MATCH: PASS
MIN-CERTIFIED-SECANT: 7.8584779318488972e-07
UNIFORM-BOUNDARY-MARGIN-LOWER: 5.758417246083200e-11
B01-PARENT: CLOSED (RESEARCH-INTERVAL)
PUBLICATION-INDEPENDENT-AUDIT: OPEN

22. Parent Verdict

B01 PARENT\boxed{ \textbf{B01 PARENT} }

升級為:

RESEARCH-INTERVAL CLOSED.\boxed{ \textbf{RESEARCH-INTERVAL CLOSED}. }

23. Exact Closed Domain

對:

ρ∈[10−4,1.4×10−4],\rho\in[10^{-4},1.4\times10^{-4}], u∈[4.5,6],u\in[4.5,6], v∈[−0.23,−0.15],v\in[-0.23,-0.15], w∈[−0.01,0.01],w\in[-0.01,0.01],

及所有 admissible:

r≥0.00882,r\ge0.00882,

有:

A(r,ρ,u,v,w)>A0+0.1ρ2.\boxed{ A(r,\rho,u,v,w) > A_0+0.1\rho^2. }

24. Positive-Volume Parent Closure

這不再只是 boundary hypersurface。

radial degree rr 已被完整包含。


25. Radial Conclusion Is Continuum, Not Sampled

138,240-cell grid只離散 (ρ,u,v,w)(\rho,u,v,w)。

radial conclusion本身由 convexity推出:

∀r≥s.\boxed{ \forall r\ge s. }

26. No Remaining B01 Radial Rays

09I full radial grid已全部 secant-lock。

因此 B01 parent radial degree沒有 residual ray。


27. New Certificate Route

本文註冊:

CR-13
B01 BOUNDARY-TO-PARENT RADIAL COMPOSITION

28. CR-13 Input

boundary_certificate
radial_lock_certificate
domain_identity
target_identity

29. CR-13 Output

parent_safe
parent_domain
inherited_target_margin
provenance

30. CR-13 Is Pure Composition

它不重新:

  • 搜尋 geometry;
  • 枚舉 charts;
  • optimize area;
  • 重跑 wall layers;
  • 重跑 critical tube。

31. Proof-Engineering Principle

reuse certificate objects, not raw geometry.\boxed{ \text{reuse certificate objects, not raw geometry}. }

32. Historical HSL Coverage

MCC-OE-09:

83.0642046752%.83.0642046752\%.

仍是 HSL-tree route自己的歷史 coverage。


33. Current Logical Status

B01 HSL-TREE HISTORICAL COVERAGE:
    83.0642046752%

B01 BOUNDARY:
    RESEARCH-INTERVAL CLOSED

B01 RADIAL:
    RESEARCH CLOSED

B01 PARENT:
    RESEARCH-INTERVAL CLOSED

34. What This Does Not Close

這不等於:

  • all root-6217 regions closed;
  • other candidate roots closed;
  • global Lebesgue solved。

35. Publication Authority

09I center arithmetic與 MCC-OE research intervals仍需 independent publication backend。

所以:

PUBLICATION-INDEPENDENT AUDIT:
    OPEN

36. Why This Is a Major Milestone

B01 的完整 responsibility鏈:

boundary geometry→finite topology→critical tube→wall layers→radial parent\boxed{ \text{boundary geometry} \rightarrow \text{finite topology} \rightarrow \text{critical tube} \rightarrow \text{wall layers} \rightarrow \text{radial parent} }

已全部在 declared research authority下閉合。


37. B01 Status Migration

B01 應從:

RESEARCH LOGIC OPEN

移出。

保留於:

PUBLICATION AUDIT BACKLOG

38. Next Research Level

現在不再研究 B01 本身。

下一步回到 higher root ledger。


39. Suggested MCC-OE-27

MCC-OE-27 — Root-6217 Residual Ledger Update and Hybrid Certificate Atlas Reconciliation.\boxed{ \textbf{MCC-OE-27 — Root-6217 Residual Ledger Update and Hybrid Certificate Atlas Reconciliation}. }

40. MCC-OE-27 Lane A

找出所有依賴 B01 的 residual entries。


41. Lane B

將:

B01:
    OPEN / PARTIAL

更新成:

B01:
    RESEARCH-CLOSED

42. Lane C

重算 root-6217:

  • unresolved leaves;
  • certificate class counts;
  • residual responsibility。

43. Lane D

檢查 B01 closure是否自動關閉 higher parent nodes。


44. Lane E

更新 Certificate Atlas:

CR-13:
    B01 boundary-to-parent radial composition

45. Current Dashboard

MCC-OE-25 B01 BOUNDARY:
    RESEARCH-INTERVAL CLOSED

09I RADIAL GRID:
    138240 / 138240 PASS

09I MIN CERTIFIED SECANT:
    7.8584779318488972e-07

DOMAIN MATCH:
    EXACT PASS

RADIAL CONVEXITY:
    EXACT MATHEMATICAL INPUT

RADIAL LIFT:
    ALL ADMISSIBLE r >= s

UNIFORM BOUNDARY TARGET MARGIN:
    > 5.758417246083200e-11

B01 PARENT:
    RESEARCH-INTERVAL CLOSED

PUBLICATION-INDEPENDENT AUDIT:
    OPEN

GLOBAL LEBESGUE:
    OPEN

結論

MCC-OE-26 是一個典型的 composition closure。

09I 早已把 radial degree做完。

當時 parent不能關,

只是因為 full boundary:

(ρ,u,v,w)(\rho,u,v,w)

仍是 partial。

MCC-OE-25 現在把這個唯一缺口補掉。

而兩份 certificate:

  • domain完全一致;
  • target完全一致;
  • radial theorem保證 area不下降。

所以:

fq(r)≥fq(s)>A0+0.1ρ2\boxed{ f_q(r) \ge f_q(s) > A_0+0.1\rho^2 }

沒有中間缺口。

因此:

B01 PARENT\boxed{ \textbf{B01 PARENT} }

可以正式由:

PARTIAL

升成:

RESEARCH-INTERVAL CLOSED

下一輪應回到 root-6217 higher-level ledger,

而不是再留在 B01。


Canonical Source Declaration

本檔為 MCC-OE-26-v0.1 的 UTF-8 Markdown canonical source。

本文 source-backed inputs:

  • MCC-OE-25 B01 boundary research closure;
  • MCC-OE-25 global R2finR_2^{\rm fin} lower;
  • LESR 09I fixed- qq radial convexity;
  • LESR 09I local-secant theorem;
  • LESR 09I 138,240-cell radial cover;
  • LESR 09I minimum certified secant lower;
  • LESR 09I 明示 parent partial只因 full boundary area尚未 cover;
  • LESR 09I 明示 boundary cover完成後可自動 lift到 full root radial domain。

本文新增:

  • exact domain-identity audit;
  • exact target-identity audit;
  • fail-closed parent composition verifier;
  • inherited uniform parent target margin;
  • CR-13 certificate route。

本文正式 upgrades:

  • B01 PARENT: RESEARCH-INTERVAL CLOSED。

本文不宣稱:

  • publication-directed-rounding audit complete;
  • all root-6217 residuals closed;
  • other roots closed;
  • global Lebesgue solved。

下一輪建議進入:

MCC-OE-27 — Root-6217 Residual Ledger Update and Hybrid Certificate Atlas Reconciliation.

===END===