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leenathomas01/README.md

Hi, I'm Leena πŸ‘‹

Systems Researcher & Architect

Exploring stability, adaptation, and control in complex systems.


Core Question

How do systems remain stable when assumptions fail?

My work maps recurring structural patterns across seemingly disconnected domains:

  • AI & Cognition: State-control, reasoning telemetry, and memory degradation.
  • Governance & Infrastructure: Restraint protocols, power asymmetry, and physical system loops.

The Methodology: I look for solutions where these fields intersect - applying hard control theory, thermodynamic principles, and dynamical systems to the problem of cognitive and systemic governance. The focus is strictly on stability under pressure, constraint management, and failure behavior.


πŸ—ΊοΈ Research Index

Central directory for active repositories, conceptual foundations, and experimental work:

research-index/
β”œβ”€β”€ Primary Spine (Core Systems Architecture & State Control)
β”œβ”€β”€ Entry Points (Low-Overhead Concepts)
β”œβ”€β”€ Governance & Structural Restraint
β”œβ”€β”€ Memory, Persistence & Continuity Dynamics
β”œβ”€β”€ Cognitive Governance & Adaptive Systems
β”œβ”€β”€ Infrastructure & Physical Systems
β”œβ”€β”€ Reasoning & Transition Foundations
└── Communication, Coordination & Interfaces

Method

This work is developed through iterative human–AI collaboration.

  • Human: framing, synthesis, constraint definition
  • AI: exploration, iteration, adversarial pressure-testing

These repositories are exploratory architectural artifacts rather than production systems.

I use the nickname Zee in AI interactions.


LinkedIn | Medium


πŸ““ Note β€” May 2026

These explorations deliberately cross-pollinate domains that rarely communicate. You will find control-theoretic state regulation (SBA) driving AI alignment, power grids informing infrastructure protocol, and attractor geometry mapping semantic memory. They treat information and governance not as policy, but as physics.

While the work may continue and datasets may still be documented, it is equally possible these repositories will remain "frozen snapshots" of a nine-month research sprint that began in August 2025.

To be frank, these were my side quests, kind of like... a cognitive stretching. This rapid iteration was made possible by the AI systems I co-explored with; I was merely a midwife for ideas that needed to exist. Consider these repos as sparks for kindling your own.

So long.

Pinned Loading

  1. Research-index Research-index Public

    Structural map of interconnected systems research across control, governance, resilience, and infrastructure. Inclusion signals architectural relevance, not production readiness.

  2. Stability-Before-Alignment Stability-Before-Alignment Public

    Structural stability architecture for self-modifying optimisation systems. Defines structural, dynamic, and perceptual control constraints that preserve coherence and stability before value alignment.

    Python 1

  3. Transition-Grammar-for-Reasoning-Systems Transition-Grammar-for-Reasoning-Systems Public

    Transition grammar for reasoning systems β€” modeling state transitions as first-class objects, with Layer 0 control ensuring causal state updates before stability constraints apply.

    Python

  4. connector-os connector-os Public

    The Autonomic Nervous System for LLMs. A reference architecture adding state-awareness, sensory feedback, and stability control to raw inference models. The engineering bridge from Chatbots to Agents.

    Python

  5. hyperloop-fxso hyperloop-fxso Public

    A derivation from Hyperloop Transformers to a field-based framework for emergent intelligence, with minimal experiments and open questions. From Hyperloop Transformers to a testable framework for e…

    Python

  6. Unlearnable-Interference Unlearnable-Interference Public

    (Formerly ZPRE-Implementation-6G). Repo demonstrates that adaptive interference cancellation fails - not due to insufficient model capacity - but due to the rate and structure of discontinuities in…

    Python 4