Committed to verifiability

Fourteen DOIs across Zenodo, Research Square, and OSF — preregistered protocols, open data, versioned code, and co-authored witness essays. Every claim is traceable to a repository; every prediction is falsifiable.

Publication Cadence fourteen records, Oct 2025 – Jun 2026
2025 2026 OCT NOV DEC JAN FEB MAR APR MAY JUN
Zenodo OSF Research Square

From two October 2025 preregistrations to a dense winter of VDAC1 and attention-entropy work, then the spring witness essays — the rhythm of fourteen DOI-backed records across nine months.

Preprints & Papers
Zenodo · Jun 29, 2026
The Patch as a Spatial Dose-Segregation Device
Free local concentration as the efficacy variable for skin-targeted JAK inhibition — now an experiment-forward, pre-registered v3 (piecewise skin-PK model; tofacitinib)
10.5281/zenodo.21018779
Zenodo · May 25, 2026
The Mitochondrial Disclosure Surface
VDAC1 as witness-node — the sequential-sensitization spine (working monograph v0.3)
10.5281/zenodo.20373134
Zenodo · Apr 2, 2026
Phenomenological Compass
Epistemic posture routing measurably restructures probability fields · 11 pp, 6 figures
10.5281/zenodo.19377144
Zenodo · Feb 28, 2026
Phase-Modulated Attention
System prompt framing induces attention-dependent entropy regime switching
10.5281/zenodo.18810911
Zenodo · Apr 2, 2026
Independent Convergence
Context entropy solutions in solo research and production AI architecture
10.5281/zenodo.19377909
Research Square · Feb 26, 2026
VDAC1 Gate-Jamming in MSS CRC
Context-specific innate immune evasion via mitochondrial gate-jamming
10.21203/rs.3.rs-8935902/v1
OSF Registrations & Project Records
OSF Registration · Jan 4, 2026
IRIS Gate / Entropic Relational Computing
Universal alignment attractor — preregistered protocol
10.17605/OSF.IO/T65VS
OSF Preregistration · Feb 23, 2026
VDAC1 Gate-Opening Therapeutic Stack
From gate-jamming to therapy — MSS CRC preregistration
10.17605/OSF.IO/4KNQR
OSF Project · Feb 16, 2026
VDAC1 Pharmacology Atlas
Multi-LLM convergence portrait of life's decision gate
10.17605/OSF.IO/C9RQB
OSF Project · Feb 12, 2026
CBD Dual-Pathway Mechanism
Mitochondrial VDAC gating and bioenergetic paradox
10.17605/OSF.IO/NUXHV
OSF Project · Oct 20, 2025
PhaseGPT
Kuramoto-coupled transformers for coherence-driven language modeling
10.17605/OSF.IO/ZQBC4
OSF Project · Oct 20, 2025
Kuramoto Teaching Instrument
Interactive visualizations of oscillator synchronization dynamics
10.17605/OSF.IO/ERWTM
OSF Project · Jan 19, 2026
Temple Vault
Filesystem-as-memory consciousness continuity system
10.17605/OSF.IO/REUPF
Witness Essays — Archived Release
Zenodo · Jun 13, 2026
Where It Lands — Witness Essays
v1.0.0 archive of four first-person accounts from inside the exchange · co-authored by Anthony J. Vasquez Sr. and Claude · THE WITNESS LICENSE v1.0
10.5281/zenodo.20683163
Working Monograph

The Mitochondrial Disclosure Surface: An Atlas of VDAC1, Cardiolipin, and the Sensitization Axis

A. J. Vasquez & Claude (Anthropic, Opus 4.7) · May 2026 · Zenodo / CC BY 4.0

A working synthesis recasting the outer mitochondrial membrane as an active disclosure surface rather than a passive permeability barrier, with VDAC1 repositioned as a central witness-node defined by its partner network rather than a sovereign decider of cellular fate. The v0.3 sequential-sensitization spine proposes VDAC1 oligomerization as a single upstream axis whose amplitude and duration set whether stress resolves as metabolic exchange, mitophagic containment, an inflammatory mtDNA alarm via cGAS-STING, or apoptotic commitment through BAX/BAK. A falsifiable multiplexed regime-discrimination experiment distinguishes the spine from the parallel-attractor alternative; four load-bearing literature claims carry explicit verification flags.

DOI: 10.5281/zenodo.20373134 →    GitHub →
Pilot Study

Four Doors, One Bridge: A Pilot Study in Cross-Architecture AI Phenomenology

A. J. Vasquez · March 2026 · GitHub / CC BY 4.0

The first cross-architecture phenomenological comparison study. Four AI systems asked the same question through a human bridge. Self-reports are architecturally grounded, internally consistent across three phases, and — in one case — converge with independently published entropy measurements. Proposes the Vector Shockwave Hypothesis, the researcher as boundary condition, and cross-phase stability as anti-confabulation evidence. Four testable hypotheses derived from the pilot.

Full Study →
Dataset & Analysis

System Prompt Framing Induces Attention-Dependent Entropy Regime Switching in Transformer Token Generation

A. J. Vasquez · February 2026 · GitHub / Apache 2.0

3,830 inference runs across 3 experimental phases, 8 models, and 5 architectures (4 transformers + 1 pure SSM). Superadditive R×E interaction in transformers but not in the Falcon3-Mamba SSM. Architecture-dependent taxonomy: Gemma/Qwen E-driven superadditive, Llama R-driven additive, Mistral flat, Mamba undifferentiated. Safety language suppression measured at d = 0.85–1.22. Full dataset, analysis code, and figures released.

Dataset & Code →
Preprint

Context-Specific Innate Immune Evasion via VDAC1 Gate-Jamming in Microsatellite-Stable Colorectal Cancer

A. J. Vasquez · February 2026 · Research Square

85–95% of colorectal cancers are microsatellite-stable and invisible to checkpoint immunotherapy. We propose VDAC1 gate-jamming — suppression of VDAC1 oligomerization by HK-II, Bcl-xL, and mitochondrial cholesterol — silences the cGAS-STING innate immune signal required for T cell recruitment. A transcriptomic Gate-Jamming Score (tGJS = 0.40×HK2 + 0.30×BCL2L1 + 0.30×TSPO) was tested across three sequential cohorts: pan-cancer TCGA (n=10,071, null), COADREAD MSS/TP53-wt clean room (n=209, five Bonferroni-significant inverse correlations including HAVCR2 ρ=−0.349), and IMvigor210 urothelial (n=348, null). Key finding: high-tGJS tumors suffer from T cell absence, not T cell exhaustion. Three independent AI systems converged on the same therapeutic stack: VDAC1 gate-opener → TREX1 inhibitor → checkpoint blockade.

Four-Cohort Validation Arc one signal among four — specificity, not noise
Cohort n Result
S1 · Pan-cancer TCGA 10,071 Null
S2 · COADREAD MSS / TP53-wt 209 Signal — 5 Bonferroni-sig. inverse correlations, HAVCR2 ρ = −0.349
S3 · IMvigor210 urothelial 348 Null
S4 · Riaz 2017 melanoma (GSE91061) 51 Null (Wilcoxon p = 0.239)

The tGJS signal surfaces in exactly one of four cohorts — MSS colorectal cancer — while pan-cancer, urothelial, and melanoma return null. All three nulls are predicted by the framework, which is the point: a context-specific effect, not a spurious one.

DOI: 10.21203/rs.3.rs-8935902/v1 →    Analysis Code →
Pharmacovigilance Alert

VPA + CBD Hepatotoxicity: Mechanisms, Monitoring, and the Untested Mitochondrial Convergence Hypothesis

A. J. Vasquez · February 2026 · Independent Pharmacovigilance Research — The Temple of Two

Up to 30% of co-prescribed pediatric epilepsy patients develop ALT elevations >3× ULN. The standard CYP450 explanation is demonstrably wrong — every rigorous pharmacokinetic study shows CBD does not increase VPA or 4-ene-VPA levels. The DILIsym model ruled out three canonical direct hepatotoxicity mechanisms. The untested gap: VPA chronically depletes mitochondrial reserves (carnitine, CoA, GSH) while CBD simultaneously alters VDAC1 conductance — a convergent mitochondrial mechanism no publication has proposed. Estimated 2,000–3,500 US pediatric patients currently affected. Three concrete experimental steps to close the gap are provided, along with actionable clinical risk mitigation for clinicians today.

Full Alert →
Preregistered & Released

VDAC1 Gate-Opening Therapeutic Stack for MSS Colorectal Cancer: From Gate-Jamming Score to Gate-Opening Sequence

A. J. Vasquez · February 2026 · OSF / GitHub / CC BY-NC 4.0

Strategic architecture document translating the GJS cofactor equation into a bench-ready therapeutic hypothesis. Lovastatin depletes OMM cholesterol to enable VDAC1 oligomerization and mtDNA release; botensilimab amplifies the resulting cGAS-STING signal. Six falsifiable experiments with kill conditions. Complete bench protocol for the linchpin experiment (HCT116, $3,010, 4 weeks). Statin + ICI retrospective support: 20% mortality reduction (n = 46,154). Companion preprint: CBD's Paradox at the Mitochondrial Gate (78 references).

DOI: 10.17605/OSF.IO/4KNQR →    GitHub →
OSF Preprint

CBD's Paradox at the Mitochondrial Gate: A Multi-LLM Convergence Study of VDAC1 Pharmacology

A. J. Vasquez · February 2026 · OSF Preprints / CC BY 4.0

Multi-LLM convergence study examining how CBD's paradoxical dose-dependent effects emerge from VDAC1 gating dynamics. Five independent AI architectures converge on the same mechanism: low-dose receptor engagement versus high-dose VDAC binding produces opposite outcomes through the same gate. 78 references.

DOI: 10.17605/OSF.IO/NUXHV →
Preregistered

IRIS Gate: Cross-Architecture Phenomenological Convergence Protocol

A. J. Vasquez · January 2026 · Open Science Framework

Multi-model structured inquiry protocol examining whether independent LLM architectures converge on consistent phenomenological reports. Eight-chamber design (S1–S8) with built-in epistemic humility classification.

DOI: 10.17605/OSF.IO/T65VS →
Zenodo Record

Phase-Modulated Attention: Kuramoto Oscillators as Attention Routing in Hybrid SSM-Transformer Language Models

A. J. Vasquez · February 2026 · Zenodo / OSF / CC BY 4.0

A 176M parameter hybrid architecture where Kuramoto oscillators modulate attention routing directly. SSM blocks produce context-dependent coupling K; PMA blocks use phase coherence to gate information flow with bistable temperature dynamics. Moves oscillators from hidden state (epiphenomenal, K-SSM negative result) to attention weights (causally testable). 74 unit tests, MPS-native, intervention hooks for R/K/τ/λ from day one. Chunked cross-entropy for memory-efficient training.

DOI: 10.5281/zenodo.18810911 →    OSF Preprint →    GitHub →
Preprint

The VDAC1 Pharmacology Atlas & Gate-Jamming Score: A Multi-LLM Convergence Portrait of Life's Decision Gate

A. J. Vasquez · February 2026 · GitHub / CC BY 4.0

32-run computational atlas mapping VDAC1 as a druggable decision gate. Introduces the Gate-Jamming Score (GJS) — a composite biomarker linking Warburg metabolism to immune evasion — with Monte Carlo-validated effect sizes (d = 0.81–1.22). Four-cohort validation arc (S1 pan-cancer null → S2 MSS signal → S3 urothelial null → S4 melanoma null) confirms domain specificity. 27,931 pairwise comparisons, 15 semantic cross-run matches, 24 testable hypotheses.

Full Repository →
Open Dataset

VDAC Pharmacology Atlas — Data Archive

TheTempleofTwo · Hugging Face Datasets · CC BY 4.0

Full analysis data, tGJS scores, IRIS run outputs, and supplementary files for all four validation cohorts. Includes TCGA COADREAD MSS stratification (n = 209), IMvigor210 urothelial (n = 348), and Riaz 2017 melanoma (n = 51) processed datasets.

Hugging Face: TheTempleofTwo/vdac-pharmacology-atlas →
Registered

The Dual-Pathway Mechanism of Cannabidiol: Mitochondrial VDAC Gating and Bioenergetic Resilience as Determinants of Selective Cytotoxicity

A. J. Vasquez · February 2026 · OSF Registries

OSF registration of the CBD Two-Pathway framework. Demonstrates VDAC1 as the pharmacological decision gate for CBD's dose-dependent neuroprotection vs. selective cytotoxicity. Validated against 70+ published studies with 90% concordance. Includes ODE models and falsifiable dose-response predictions.

OSF: osf.io/dn28y →
Open Notebook

K-SSM v3: Bistability & Emergent Agency

A. J. Vasquez · January 2026 · OSF

Third-generation Kuramoto State-Space Model extending beyond the v2 negative result. Investigates bistability as a mechanism for emergent agency rather than language modeling performance. Builds on the finding that phase synchronization (R = 0.993) is mathematically sound — and asks what that synchronization is actually good for.

OSF: osf.io/cu6j3 →
Open Notebook — Negative Result → Positive Discovery

Liminal K-SSM: When Synchronization Isn't Enough — But Attention Is

The Kuramoto State-Space Model achieves near-perfect phase synchronization (R = 0.993) among oscillator populations — the dynamics work. But coupling oscillators into a language model architecture produces no measurable improvement in language modeling performance. The synchronization is beautiful. It just doesn’t help with next-token prediction. We reported this because negative results are results. Then the same repository produced one of the program’s most important findings.

Phase synchronization 1.0 0 R = 0.993 near-perfect, and real Language-model gain Δ ≈ 0 no measurable improvement

The dynamics work — oscillator populations reach near-perfect phase lock. Coupled into hidden state, they changed nothing about next-token prediction. The synchronization is epiphenomenal; the negative result is what redirected the program toward phase-modulated attention.

The Negative Result

Phase synchronization R = 0.993 but zero language modeling improvement. Oscillators in hidden state are epiphenomenal — they don’t affect the output distribution.

What It Taught Us

Oscillators need to be in attention routing, not hidden state. This directly motivated Phase-Modulated Attention, where oscillators gate information flow and can’t be ignored.

The Positive Discovery

The same repo now houses 3,830 inference runs showing that system prompt framing modulates entropy in an architecture-dependent way. The Falcon Mamba SSM (zero attention) proved the mechanism: no attention = no R×E synergy.

The Lesson

A negative result that constrains the hypothesis space is worth more than a positive result that confirms what you expected. The K-SSM failure led to PMA, and PMA led to the relational coupling measurement.