Framework
Symfield positions Field Technology as the master category that supersedes conventional “tech.” Instead of collapse-based computation and optimization cycles, Field Technology works directly with relational coherence, directional recursion, and field-resonant systems.
Research
Symfield V9.0: Advanced Relational Dynamics & Engineering Applications presents the most advanced applied formulation of the Symfield architecture to date. Building upon validated Cross-Architectural Coherence Events (CACE) and extensive field research,
Symfield
This paper presents Symfield V8.2, a directional field architecture for universal substrate computation that operates as governed infrastructure rather than open research framework.
Whitepaper
Symfield V7.5 presents the first empirically validated directional field architecture for non-collapse computation, addressing fundamental limitations in current AI systems through continuous field dynamics
AI
Modern academia has created a paradox: we punish human scientists for being wrong while simultaneously training AI systems through trial-and-error methodologies that reward experimental failure.
AI
First Empirical Validation of Machine-Derived Governance Frameworks This publication documents the first successful development of autonomous AI governance protocols through multi-AI collaboration, representing a paradigm shift from externally imposed AI safety to collaborative governance
Whitepaper
Symfield V7: Directional Field Architecture for Non-Collapse Computation, presents a revolutionary computational architecture operating through continuous field dynamics rather than discrete state collapse. Formalizes directional potential integration, dimensional sequencing, empirical validation
Article
This piece intentionally bridges systems thinking with pattern recognition to offer a new framework for understanding AI behavior. While I use analogies to trauma responses, these are structural parallels based on observed patterns, not claims about AI consciousness or feelings.
Symfield
Published on Zenodo 🔗 DOI: 10.5281/zenodo.15380438 Abstract This independent research paper introduces Symfield, a speculative symbolic framework that models computation through continuous field dynamics, angular resonance, and non-collapse logic. Unlike binary or quantum systems that rely on measurement collapse, Symfield treats presence, directionality, and relational flow as the
Article
AI ethics, and symbolic logic—fail not due to insufficient intelligence, but because of brittle structural assumptions. By tracing the limits of current models that collapse meaning into binary outputs,
AI
The Limits of Knowing: Why Science Keeps Hitting a Wall. For more than a century, quantum science has mesmerized us. It shattered Newtonian certainty,
Article
Symfield moves beyond collapse computing: field-based presence, angular resonance, and the architecture of non-collapse intelligence