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| Médium: | Recurso digital |
| Jazyk: | angličtina |
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Zenodo
2026
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| Témata: | |
| On-line přístup: | https://doi.org/10.5281/zenodo.20121639 |
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| _version_ | 1866901471708053504 |
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| author | 신, 두섭 |
| author_facet | 신, 두섭 |
| contents | <p>PHILIA-EcoSensory Swarm v58b 사전등록 문서 (v0.3).</p> <p>핵심 질문: GX=sb3 환경에서 COUPLE_XZ × GearboxX interaction이<br>x-axis RESTORATION을 강화(CASE_Q)하는가, 약화(CASE_T)하는가?</p> <p>v0.3 주요 내용:<br>- Phase 1-A (N=5, seeds 802~806): NO-GO 확정 (CASE_T early signal, Δ=+0.002989)<br>- Phase 1-A Extended (N=20, seeds 802~821): NO-GO 유지 (mean Δ=+0.001738, 13/20 CASE_T)<br>- topology_map mini-run (N=5, seeds 822~826, 4-cell): GX×CXZ×w 3차원 landscape 확정<br>- 3-axis Living Control: 양 cell 전원 PASS (x/y/z ✅)<br>- z_sanity FREE bug 발견 및 수정 완료 (SENSITIVE 재계산 PASS)</p> <p>주요 발견 (philia_retroactive_analysis_v4.py, Q1~Q23 + C1~C8):<br>1. NON-MONOTONIC GX × CXZ × w 3차원 landscape 확정<br>2. Coupling-strength-dependent topology deformation<br> (CXZ=HALF → global syn, CXZ=FULL → global antag)<br>3. w=0.5 multi-axis critical point<br>4. Gearbox 독립성 100 runs 직접 증명 (z bit-identical)<br>5. PHI_NATURAL=(0.34, 0.19, 0.42) 53일 thermodynamic eigenstate 확정<br>6. r_mechanism 부호 역전: GX=linear(+) vs GX=sb3(-)<br>7. PHILIA OS cross-version drift std=0.0003<br>8. C5 cross-pool 재현성 0.00005 정밀도 (53일 first)</p> <p>v58b 최종 framing:<br>"v58b는 v55 E6 재현 실패가 아니라, GX topology가 CXZ × w landscape<br>구조 자체를 결정한다는 53일 가장 깊은 raw 발견 시리즈."</p> <p>Trinity AI Research Team | 4-AI 검수 17차 완료<br>실측이 생명. 증명이 아닌 기술.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_20121639 |
| institution | Zenodo |
| language | eng |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | PHILIA-EcoSensory Swarm v58b Pre-Registration v0.3: COUPLE_XZ × GearboxX Interaction Verification — GX Topology × CXZ Coupling × Epistemic Depth 3D Landscape 신, 두섭 PHILIA EcoSensory Swarm pre-registration Living Control GearboxX COUPLE_XZ NON-MONOTONIC interaction topology phase landscape epistemic depth PHI_NATURAL Trinity AI Research Team open science pre-registered report <p>PHILIA-EcoSensory Swarm v58b 사전등록 문서 (v0.3).</p> <p>핵심 질문: GX=sb3 환경에서 COUPLE_XZ × GearboxX interaction이<br>x-axis RESTORATION을 강화(CASE_Q)하는가, 약화(CASE_T)하는가?</p> <p>v0.3 주요 내용:<br>- Phase 1-A (N=5, seeds 802~806): NO-GO 확정 (CASE_T early signal, Δ=+0.002989)<br>- Phase 1-A Extended (N=20, seeds 802~821): NO-GO 유지 (mean Δ=+0.001738, 13/20 CASE_T)<br>- topology_map mini-run (N=5, seeds 822~826, 4-cell): GX×CXZ×w 3차원 landscape 확정<br>- 3-axis Living Control: 양 cell 전원 PASS (x/y/z ✅)<br>- z_sanity FREE bug 발견 및 수정 완료 (SENSITIVE 재계산 PASS)</p> <p>주요 발견 (philia_retroactive_analysis_v4.py, Q1~Q23 + C1~C8):<br>1. NON-MONOTONIC GX × CXZ × w 3차원 landscape 확정<br>2. Coupling-strength-dependent topology deformation<br> (CXZ=HALF → global syn, CXZ=FULL → global antag)<br>3. w=0.5 multi-axis critical point<br>4. Gearbox 독립성 100 runs 직접 증명 (z bit-identical)<br>5. PHI_NATURAL=(0.34, 0.19, 0.42) 53일 thermodynamic eigenstate 확정<br>6. r_mechanism 부호 역전: GX=linear(+) vs GX=sb3(-)<br>7. PHILIA OS cross-version drift std=0.0003<br>8. C5 cross-pool 재현성 0.00005 정밀도 (53일 first)</p> <p>v58b 최종 framing:<br>"v58b는 v55 E6 재현 실패가 아니라, GX topology가 CXZ × w landscape<br>구조 자체를 결정한다는 53일 가장 깊은 raw 발견 시리즈."</p> <p>Trinity AI Research Team | 4-AI 검수 17차 완료<br>실측이 생명. 증명이 아닌 기술.</p> |
| title | PHILIA-EcoSensory Swarm v58b Pre-Registration v0.3: COUPLE_XZ × GearboxX Interaction Verification — GX Topology × CXZ Coupling × Epistemic Depth 3D Landscape |
| topic | PHILIA EcoSensory Swarm pre-registration Living Control GearboxX COUPLE_XZ NON-MONOTONIC interaction topology phase landscape epistemic depth PHI_NATURAL Trinity AI Research Team open science pre-registered report |
| url | https://doi.org/10.5281/zenodo.20121639 |