Research Status & Evidence
Completed, negative, candidate, and unverified outcomes are distinguished rather than merged into one success story.
| Research line | Qualification | What the evidence supports | Record / release position |
|---|---|---|---|
| EL-EXP-REEL-001 Replicated computational finding | REPLICATED | A completed Stage 2 factorial experiment found that state-dependent resonance transfer changed processing of the same selective perturbation versus frozen efficiency. Across five seeds, B/C checkpoint exports matched exactly. This is modeled transfer/work/dissipation, not physical energy or an established universal law. | Stage 2 white paper, September 2, 2026. Verified reported B/C series; full archive release review remains distinct. |
| Γ v1.7–v1.8 Archived negative history | ARCHIVED | Gamma continuation tests preserve their preregistrations, independent B/C summaries, and failed-advancement decisions. The v1.8 tandem candidate did not pass the advancement gate. | Existing public GitHub historical archive. |
| Γ Track III-001 / III-002 Restricted-model qualification | CONTROLLED FINDING | Different histories produced retained node-state differences, but tests did not qualify prospective cue recognition, anticipation, or source-history-only peer relay. III-002 changes the consequence intervention and one parameter; it is not a strict matched-parameter replication of III-001. | Internal B/C qualification reports; full publication-ready evidence package not posted here. |
| EL-THETA-PHY-007 Numerical candidate result | LIMITED NUMERICAL RESULT | Finite-window phase locking was recorded in six of eighteen detuned numerical conditions. This does not establish native RSMA communication, a finalized autonomous Θ update law, or physical hardware validation. | Internal Θ qualification record, Oct 24, 2026. |
| INFO-001 / 002 / 003 Exploratory information assays | NEGATIVE RESULT | A separate BCS-1 system showed causal influence without meeting predeclared blind information-decoding criteria. At the primary 24-tick readouts, accuracy was 48.4% (retention), 49.5% (remote transfer), and 47.9% (post-damage). None met the 70% gate; this is not evidence of RSMA learning or artificial life. | Oct 17, 2026 exploratory report; historical public research branch. |
| EL-CLUSTER-ENCOUNTER-001 Restricted fixture / archive review pending | REPORTED NEGATIVE | The recovered report records spatial connection in 89 of 90 seed/geometry cases, but no qualified bilateral retained-history integration and no demonstrated collective identity C. The test used fixed outgoing payload and fixed Θ; its complete raw archive is not certified recovered. Results are reported, not independently re-audited here. | Recovered Oct 24 report; incomplete raw archive; no public raw package. |
| Current Θ and post-Θ work Active qualification | ON HOLD / ACTIVE | The lab is evaluating autonomous Θ dynamics and native state-derived interaction. Newer internal primary-run candidate results require independent replication, provenance review, and explicit promotion before public claims. No completed canonical Θ law or usable cross-node signaling is claimed. | Current qualification posture as of Oct 26, 2026. |
Latest review: 26 October 2026. Public findings and conservative summaries only. Source-only internal checks and incomplete archives are not presented as independently replicated published research.
Why the distinctions matter
The same state difference can be interpreted too generously. Emergence Lab separates historical dependence (past inputs alter later state), recognition (a system discriminates and uses a recurring pattern), and anticipation (a prospective, testable response prior to the relevant outcome). Likewise, geometric coupling is not sufficient to establish history-specific transmission or a new identity.
Publication and private-work boundary
The public repository preserves authorized scientific history and its negative results. Active RSMA update laws, Θ candidate dynamics, state-derived transmission proposals, Gamma successors, future experimental gates, private correspondence, and unfinished qualification packages are developed separately. Existing historical public repositories and PDFs may remain accessible; not linking them here does not erase their publication history.