fix: 17 invalid UTF-8 byte sequences cleaned (orphan CJK lead bytes before ellipsis) — nexus commit e0ade5c9

atlas.n6

@@ -21921,7 +21921,7 @@
   => name of axis k6
   |> commit-grouping (auto-ingested ω-cycle)
 
-@P commit_grouping_k6_summary_11 = F113 grade-token regex extended through L10/L11/L_ω + ::foundations [11*PASS_LITERATURE] (closes silent grade-downgrade gap); F125 abstraction_ceiling.md whole-doc sha256 master seal (raw 73 OPT-C �… :: omega_cycle_commit-grouping [10*PASS_LITERATURE]
+@P commit_grouping_k6_summary_11 = F113 grade-token regex extended through L10/L11/L_ω + ::foundations [11*PASS_LITERATURE] (closes silent grade-downgrade gap); F125 abstraction_ceiling.md whole-doc sha256 master seal (raw 73 OPT-C … :: omega_cycle_commit-grouping [10*PASS_LITERATURE]
   => summary of axis k6
   |> commit-grouping (auto-ingested ω-cycle)
 
@@ -22320,7 +22320,7 @@
   => name of axis axis_b1
   |> bridge-tool-jackpot (auto-ingested ω-cycle)
 
-@C bridge_tool_jackpot_axis_b1_rationale_84 = 가장 작은 LoC (~120) + 가장 큰 ROI (axis_counter 의 alpha=137 fractional 0.036 gap 이 HEXA-SIM 자체 명시 미해결사항 — 정량화하면 framework limitation 의 정확한 magnitude �… :: omega_cycle_bridge-tool-jackpot [7]
+@C bridge_tool_jackpot_axis_b1_rationale_84 = 가장 작은 LoC (~120) + 가장 큰 ROI (axis_counter 의 alpha=137 fractional 0.036 gap 이 HEXA-SIM 자체 명시 미해결사항 — 정량화하면 framework limitation 의 정확한 magnitude … :: omega_cycle_bridge-tool-jackpot [7]
   => rationale of axis axis_b1
   |> bridge-tool-jackpot (auto-ingested ω-cycle)
 
@@ -22349,7 +22349,7 @@
   => name of axis axis_3
   |> falsifier-integration (auto-ingested ω-cycle)
 
-@X falsifier_integration_axis_3_summary_5 = hive 의 _check_falsifier_retire_rule() 가 현재 stub (return []). nexus falsifier registry 의 schema 가 reference impl. hive lint 가 raw 70-73 등의 falsifier 필드 검증 시 nexus registry �… :: omega_cycle_falsifier-integration [7]
+@X falsifier_integration_axis_3_summary_5 = hive 의 _check_falsifier_retire_rule() 가 현재 stub (return []). nexus falsifier registry 의 schema 가 reference impl. hive lint 가 raw 70-73 등의 falsifier 필드 검증 시 nexus registry … :: omega_cycle_falsifier-integration [7]
   => summary of axis axis_3
   |> falsifier-integration (auto-ingested ω-cycle)
 
@@ -25037,7 +25037,7 @@
   => rationale of axis tier1_stratum_axis_combinator
   |> kick-architecture (auto-ingested ω-cycle)
 
-@P kick_architecture_tier1_three_stage_outside_noise_rationale_44 = Triple-mechanism abstraction-stage outside-noise (α absorbed-primitive sampling + β QRNG axis pre-selection + γ bridge-driven reframe) is the architectural answer to the user's '추상화/상상 �… :: omega_cycle_kick-architecture [7]
+@P kick_architecture_tier1_three_stage_outside_noise_rationale_44 = Triple-mechanism abstraction-stage outside-noise (α absorbed-primitive sampling + β QRNG axis pre-selection + γ bridge-driven reframe) is the architectural answer to the user's '추상화/상상 … :: omega_cycle_kick-architecture [7]
   => rationale of axis tier1_three_stage_outside_noise
   |> kick-architecture (auto-ingested ω-cycle)
 
@@ -25325,7 +25325,7 @@
   => name of axis m17
   |> final-form-and-limits (auto-ingested ω-cycle)
 
-@C final_form_and_limits_m18_summary_34 = PA(Peano Arithmetic) provability ↔ ε_0 (Gentzen). ZFC ↔ inaccessible. 시스템 i 의 ordinal 한계가 자기 능력의 ceiling. ε_0 → Γ_0 (Feferman-Schütte) → ψ(Ω_ω) 로 escape 시 �… :: omega_cycle_final-form-and-limits [7]
+@C final_form_and_limits_m18_summary_34 = PA(Peano Arithmetic) provability ↔ ε_0 (Gentzen). ZFC ↔ inaccessible. 시스템 i 의 ordinal 한계가 자기 능력의 ceiling. ε_0 → Γ_0 (Feferman-Schütte) → ψ(Ω_ω) 로 escape 시 … :: omega_cycle_final-form-and-limits [7]
   => summary of axis m18
   |> final-form-and-limits (auto-ingested ω-cycle)
 
@@ -25491,7 +25491,7 @@
   => name of axis p5
   |> m3-cert-populator (auto-ingested ω-cycle)
 
-@C m3_cert_populator_p6_summary_9 = populator run 종료 시 state/meta_cert_coverage.json (또는 jsonl) 1 row: {ts, total_rounds_in_evolution_log: 23, total_cert_rows: <after>, coverage_pct: <%>, missing_rounds: []}. 후속 ω-cycle �… :: omega_cycle_m3-cert-populator [7]
+@C m3_cert_populator_p6_summary_9 = populator run 종료 시 state/meta_cert_coverage.json (또는 jsonl) 1 row: {ts, total_rounds_in_evolution_log: 23, total_cert_rows: <after>, coverage_pct: <%>, missing_rounds: []}. 후속 ω-cycle … :: omega_cycle_m3-cert-populator [7]
   => summary of axis p6
   |> m3-cert-populator (auto-ingested ω-cycle)
 
@@ -25531,7 +25531,7 @@
   => name of axis p12
   |> m3-cert-populator (auto-ingested ω-cycle)
 
-@C m3_cert_populator_p13_summary_19 = populator 가 emit 하는 cert 의 '미래에 유용한가 / 의사결정에 기여하는가' 는 Solomonoff universal induction M(x) (Σ_2^0) 의 형태로 uncomputable. populator 는 'utility' 평�… :: omega_cycle_m3-cert-populator [7]
+@C m3_cert_populator_p13_summary_19 = populator 가 emit 하는 cert 의 '미래에 유용한가 / 의사결정에 기여하는가' 는 Solomonoff universal induction M(x) (Σ_2^0) 의 형태로 uncomputable. populator 는 'utility' 평… :: omega_cycle_m3-cert-populator [7]
   => summary of axis p13
   |> m3-cert-populator (auto-ingested ω-cycle)
 
@@ -27229,7 +27229,7 @@
   => name of axis i5l7
   |> r4-i5-benchmark-suite (auto-ingested ω-cycle)
 
-@C r4_i5_benchmark_suite_i5l7_rationale_29 = i5a1/i5a2 합쳐 45 LoC = Tier-1 60 LoC 의 75%. i5a5 metrics (10 LoC) + i5a4 git-lock (5 LoC) 가 나머지 25%. i5a1 가 canonical witness 를 제공 → i5a2 generator 가 statistical mass 를 채�… :: omega_cycle_r4-i5-benchmark-suite [7]
+@C r4_i5_benchmark_suite_i5l7_rationale_29 = i5a1/i5a2 합쳐 45 LoC = Tier-1 60 LoC 의 75%. i5a5 metrics (10 LoC) + i5a4 git-lock (5 LoC) 가 나머지 25%. i5a1 가 canonical witness 를 제공 → i5a2 generator 가 statistical mass 를 채… :: omega_cycle_r4-i5-benchmark-suite [7]
   => rationale of axis i5l7
   |> r4-i5-benchmark-suite (auto-ingested ω-cycle)
 
@@ -33937,7 +33937,7 @@
   => rationale of axis OPT_D
   |> entropy-dilution-observation-redesign-gamma-4-bit-collapse-g (auto-ingested ω-cycle)
 
-@C entropy_dilution_observation_redesign_gamma_4_bit_collapse_g_OPT_D_rationale_15 = γ idx ∈ [0, n_bridges-1] = [0, 15] 라는 modulo-space crush 는 source-byte 의 width 와 무관 (8-bit, 32-bit, 64-bit 모두 mod 16 = 4 bits). axis_a 와 직교: 본 axis 는 source 변경 후�… :: omega_cycle_entropy-dilution-observation-redesign-gamma-4-bit-collapse-g [7]
+@C entropy_dilution_observation_redesign_gamma_4_bit_collapse_g_OPT_D_rationale_15 = γ idx ∈ [0, n_bridges-1] = [0, 15] 라는 modulo-space crush 는 source-byte 의 width 와 무관 (8-bit, 32-bit, 64-bit 모두 mod 16 = 4 bits). axis_a 와 직교: 본 axis 는 source 변경 후… :: omega_cycle_entropy-dilution-observation-redesign-gamma-4-bit-collapse-g [7]
   => rationale of axis OPT_D
   |> entropy-dilution-observation-redesign-gamma-4-bit-collapse-g (auto-ingested ω-cycle)
 
@@ -33969,7 +33969,7 @@
   => name of axis OPT_C
   |> entropy-dilution-observation-redesign-gamma-4-bit-collapse-g (auto-ingested ω-cycle)
 
-@C entropy_dilution_observation_redesign_gamma_4_bit_collapse_g_OPT_C_rationale_23 = 재설계는 fn signature(beta_byte 파라미터 제거 or 옵션화), CLI flag(--beta-byte 처리), dual-SOT 양쪽 동시 변경, _beta_byte_int 의 dead-code 가능성 — 4 가지 surface change �… :: omega_cycle_entropy-dilution-observation-redesign-gamma-4-bit-collapse-g [7]
+@C entropy_dilution_observation_redesign_gamma_4_bit_collapse_g_OPT_C_rationale_23 = 재설계는 fn signature(beta_byte 파라미터 제거 or 옵션화), CLI flag(--beta-byte 처리), dual-SOT 양쪽 동시 변경, _beta_byte_int 의 dead-code 가능성 — 4 가지 surface change … :: omega_cycle_entropy-dilution-observation-redesign-gamma-4-bit-collapse-g [7]
   => rationale of axis OPT_C
   |> entropy-dilution-observation-redesign-gamma-4-bit-collapse-g (auto-ingested ω-cycle)
 
@@ -34194,7 +34194,7 @@
   => name of axis F6
   |> g5-noise-envelope-bench-scaffold-entropy-distribution-real-m (auto-ingested ω-cycle)
 
-@C g5_noise_envelope_bench_scaffold_entropy_distribution_real_m_F6_rationale_6 = real-measurement-baseline 축은 '현재 corpus (state/kick/runs/*/noise_envelopes.jsonl) 의 실 측정값을 grounding 으로 고정' 하여 spec 의 number 가 placeholder 가 아님을 입증한�… :: omega_cycle_g5-noise-envelope-bench-scaffold-entropy-distribution-real-m [7]
+@C g5_noise_envelope_bench_scaffold_entropy_distribution_real_m_F6_rationale_6 = real-measurement-baseline 축은 '현재 corpus (state/kick/runs/*/noise_envelopes.jsonl) 의 실 측정값을 grounding 으로 고정' 하여 spec 의 number 가 placeholder 가 아님을 입증한… :: omega_cycle_g5-noise-envelope-bench-scaffold-entropy-distribution-real-m [7]
   => rationale of axis F6
   |> g5-noise-envelope-bench-scaffold-entropy-distribution-real-m (auto-ingested ω-cycle)
 
@@ -34218,7 +34218,7 @@
   => name of axis axis_real_measurement_baseline
   |> g5-noise-envelope-bench-scaffold-entropy-distribution-real-m (auto-ingested ω-cycle)
 
-@C g5_noise_envelope_bench_scaffold_entropy_distribution_real_m_axis_real_measurement_baseline_rationale_12 = α envelope (config-ts-port-roi falsifier pre-registration complete) analogy — 본 cycle 도 acceptance threshold (γ chi^2 critical=25.00, β coverage band ±5pp, collision threshold true_hash=1) �… :: omega_cycle_g5-noise-envelope-bench-scaffold-entropy-distribution-real-m [7]
+@C g5_noise_envelope_bench_scaffold_entropy_distribution_real_m_axis_real_measurement_baseline_rationale_12 = α envelope (config-ts-port-roi falsifier pre-registration complete) analogy — 본 cycle 도 acceptance threshold (γ chi^2 critical=25.00, β coverage band ±5pp, collision threshold true_hash=1) … :: omega_cycle_g5-noise-envelope-bench-scaffold-entropy-distribution-real-m [7]
   => rationale of axis axis_real_measurement_baseline
   |> g5-noise-envelope-bench-scaffold-entropy-distribution-real-m (auto-ingested ω-cycle)
 
@@ -34343,7 +34343,7 @@
   => name of axis axis_integration_surface
   |> b1-parity-lint-scaffold-noise-envelope-hexa-vs-kick-dispatch (auto-ingested ω-cycle)
 
-@C b1_parity_lint_scaffold_noise_envelope_hexa_vs_kick_dispatch_axis_integration_surface_rationale_15 = β envelope (mod 3 = 1) 가 본 axis 를 design-bias 로 surface — '도구는 wired 안 되면 무용' 직관. raw 13 no-git-hooks 준수 + hexa_real_parity_check.hexa pattern follow. advisory 모�… :: omega_cycle_b1-parity-lint-scaffold-noise-envelope-hexa-vs-kick-dispatch [7]
+@C b1_parity_lint_scaffold_noise_envelope_hexa_vs_kick_dispatch_axis_integration_surface_rationale_15 = β envelope (mod 3 = 1) 가 본 axis 를 design-bias 로 surface — '도구는 wired 안 되면 무용' 직관. raw 13 no-git-hooks 준수 + hexa_real_parity_check.hexa pattern follow. advisory 모… :: omega_cycle_b1-parity-lint-scaffold-noise-envelope-hexa-vs-kick-dispatch [7]
   => rationale of axis axis_integration_surface
   |> b1-parity-lint-scaffold-noise-envelope-hexa-vs-kick-dispatch (auto-ingested ω-cycle)
 
@@ -34755,7 +34755,7 @@
   => name of axis axis-2
   |> noise-envelope-module-collab-with-universe-simulation-subage (auto-ingested ω-cycle)
 
-@C noise_envelope_module_collab_with_universe_simulation_subage_axis_2_rationale_9 = raw 44 cross-subagent propagation, drill-remote-only host affinity, atlas-absorb verdict 흡수 3 결합점 모두 가장 자연스럽게 정렬. β bias C3(raw 44 cross-subagent) 가 본 결정과 �… :: omega_cycle_noise-envelope-module-collab-with-universe-simulation-subage [7]
+@C noise_envelope_module_collab_with_universe_simulation_subage_axis_2_rationale_9 = raw 44 cross-subagent propagation, drill-remote-only host affinity, atlas-absorb verdict 흡수 3 결합점 모두 가장 자연스럽게 정렬. β bias C3(raw 44 cross-subagent) 가 본 결정과 … :: omega_cycle_noise-envelope-module-collab-with-universe-simulation-subage [7]
   => rationale of axis axis-2
   |> noise-envelope-module-collab-with-universe-simulation-subage (auto-ingested ω-cycle)
 
@@ -36903,7 +36903,7 @@
   => rationale of axis F9
   |> subagent-task-b-cross-project-propagation-of-raw-109-126-to- (auto-ingested ω-cycle)
 
-@C subagent_task_b_cross_project_propagation_of_raw_109_126_to_F9_rationale_106 = anima 의 multi-agent 정의 와 가장 정렬된 3 raws — adversarial+consensus+hierarchy 가 multi-agent 시스템의 design 의 황금 삼각형; β bias mod 5 = 0 (nexus first scan) 후 anima �… :: omega_cycle_subagent-task-b-cross-project-propagation-of-raw-109-126-to- [7]
+@C subagent_task_b_cross_project_propagation_of_raw_109_126_to_F9_rationale_106 = anima 의 multi-agent 정의 와 가장 정렬된 3 raws — adversarial+consensus+hierarchy 가 multi-agent 시스템의 design 의 황금 삼각형; β bias mod 5 = 0 (nexus first scan) 후 anima … :: omega_cycle_subagent-task-b-cross-project-propagation-of-raw-109-126-to- [7]
   => rationale of axis F9
   |> subagent-task-b-cross-project-propagation-of-raw-109-126-to- (auto-ingested ω-cycle)
 
@@ -37008,7 +37008,7 @@
   => rationale of axis F8
   |> narrow-scope-3-candidate-paradigms-only-with-strong-novelty- (auto-ingested ω-cycle)
 
-@P narrow_scope_3_candidate_paradigms_only_with_strong_novelty_P3_rationale_9 = no -via/-with/-vendor species suffix; -grover-feynman 는 historical-figure naming (cognitive-framework 의 anchor 인물 이름, raw 106 ban list 의 -via/-with/-api/-sdk/-tool/-cli/-daemon/-script �… :: omega_cycle_narrow-scope-3-candidate-paradigms-only-with-strong-novelty- [7]
+@P narrow_scope_3_candidate_paradigms_only_with_strong_novelty_P3_rationale_9 = no -via/-with/-vendor species suffix; -grover-feynman 는 historical-figure naming (cognitive-framework 의 anchor 인물 이름, raw 106 ban list 의 -via/-with/-api/-sdk/-tool/-cli/-daemon/-script … :: omega_cycle_narrow-scope-3-candidate-paradigms-only-with-strong-novelty- [7]
   => rationale of axis P3
   |> narrow-scope-3-candidate-paradigms-only-with-strong-novelty- (auto-ingested ω-cycle)
 
@@ -40170,7 +40170,7 @@
   => rationale of axis F9
   |> raw-142-autonomous-loop-self-improvement-sister-repo-propaga (auto-ingested ω-cycle)
 
-@L raw_142_autonomous_loop_self_improvement_sister_repo_propaga_F9_rationale_10 = hexa-lang aot_cache_gc.jsonl 83% champion structured-ledger class — D1 의 reachable upper-bound 입증 (entropy-bound 4% 이 lower-bound 라면 hexa-lang 83% 이 reachable upper-bound). 두 cell �… :: omega_cycle_raw-142-autonomous-loop-self-improvement-sister-repo-propaga [7]
+@L raw_142_autonomous_loop_self_improvement_sister_repo_propaga_F9_rationale_10 = hexa-lang aot_cache_gc.jsonl 83% champion structured-ledger class — D1 의 reachable upper-bound 입증 (entropy-bound 4% 이 lower-bound 라면 hexa-lang 83% 이 reachable upper-bound). 두 cell … :: omega_cycle_raw-142-autonomous-loop-self-improvement-sister-repo-propaga [7]
   => rationale of axis F9
   |> raw-142-autonomous-loop-self-improvement-sister-repo-propaga (auto-ingested ω-cycle)