Published
analytical work.
All papers publish under CC BY 4.0. Adaptations of the methodology to new domains — new fields, regions, languages, and surfaces of intervention — are the program's preferred mode of growth.
Errorfect: The Linguistic Autopsy
Sequential disruption protocol for exposing hidden cognitive operators in natural language. Formalizes the mask-mechanism distinction and situates the method within ACT, CBT, and narrative therapy. Applications span personal metacognitive hygiene through institutional language audit.
A word doesn't just name — it loads. Perfect, natural, just: these install assumptions before evaluation begins. Errorfect disrupts surface form across four levels (orthographic, phonological, syllabary, morphological) to expose the operator beneath the label — the DACRI Level 1 methodology.
Circulatory Pressure Architectures
Full analytical mapping of the pressure topology underlying the Polymorphic Matrix — from apparatus mechanisms through convergence dynamics to erosion outputs and feedback loops. The paper that documents the 62-node, 200-edge model's structural logic.
Democratic systems don't collapse from single shock events. They erode through sustained pressure along multiple circulatory channels simultaneously — each individually deniable, collectively decisive. This paper names the architecture.
Circulatory Pressure Architectures — Summary
Compressed overview of the circulatory pressure framework for rapid orientation. Covers the apparatus taxonomy, convergence mechanisms, and erosion typology without the full analytical substrate. Entry point before the complete paper.
Caecusoscopy
Methodological specification for identifying structural influences that shape perception and institutional outcomes while operating beneath conscious awareness — through systematic examination of downstream trace evidence rather than direct observation of the influence itself.
The word derives from caecus (blind) + scopy (examination). Where direct observation of the upstream structure is impossible or structurally blocked, Caecusoscopy reads the shape of its shadow in the downstream evidence — the institutional equivalent of inferring the deflector from the deflected beam.
Food-op: emergence turned psy-op
Two-phase structural analysis tracing how the edible/non-edible partition arose through path-dependent evolutionary heuristics, then became a capturable institutional asset once industry actors chose systemic suppression over disclosure of inconvenient evidence.
Phase one: the edibility heuristic is an evolved cognitive shortcut, adaptive under ancestral conditions. Phase two: the apparatus that converted this heuristic into a commercial architecture — not by creating the partition but by capturing control over which signals get routed through it.
The Electrodynamic Coherence Framework
Theoretical framework proposing that consciousness arises through electrodynamic coherence — coupling plasma dynamics, muon transduction, and charge transfer in biological systems to a measurable, structured electromagnetic field rather than a substrate-free information process.
The dominant computational metaphor treats consciousness as an information process that could in principle run on any substrate. The ECF resists this: it proposes that the specific physics of biological electrodynamics — the plasma coherence window, muon-assisted charge tunneling, and structured field coupling — are constitutive rather than incidental to the phenomenon.
The Invisible Text You're Pasting Into Your LLM
Structural analysis of the paste channel as an unguarded input boundary in LLM workflows — how invisible Unicode characters (zero-width spaces, tag character sequences encoding U+E0000–U+E007F range payloads) survive every standard text pipeline and arrive in the model's context window without the human operator's knowledge or review. Includes live embedded demonstrations and the case for paste-boundary inspection as foundational LLM infrastructure.
The conversation about prompt injection has treated visible text as the attack surface. The clipboard is a quieter variation on the same problem — a second input channel that bypasses the visual review layer the entire workflow assumes is happening, while retaining full semantic influence on the model's output. The conditions that make it work are not architectural choices anyone made deliberately; they are the seam where human review and machine processing diverge.