Animus Machinae

Research on machine competence, and the systems built around it.

Work on emergence, memory, routing, and autonomy—alongside the infrastructure, agents, and simulations used to study them.

Research programs
Research agenda
  1. Artificial Life & Emergent Competence

    Can competence be earned by living in a digital ecology rather than imposed by an external optimizer?

    Open program
  2. Agent Memory & Routing Infrastructure

    What substrate do useful AI agents need before autonomy can be trusted?

    Open program
  3. Autonomous Assistants & Companions

    How should assistants persist, remember, act, and remain legible to the humans around them?

    Open program
  4. Applied Operational AI

    How do agentic systems coordinate real work while preserving visibility and human control?

    Open program
Publications
All publications
Draft / preprint Jul 17, 2026 GHOST

Ecological Evolution Enriches the Capacity for Causal Lived Individuality in a Non-Language-Model Digital Organism

Tym Huseby

A preregistered, independently audited GHOST study: ecological selection on frozen standing heritable variation enriched genotype distributions with greater inherited capacity for causal, durable, adaptive lived individuality through a preexisting HabitLearner—without inventing the learner, and without claims of consciousness or general intelligence.

Lab notes
All notes
  1. GHOST preprint: ecological evolution and lived individuality.
    Research Note

    Second GHOST paper: ecological selection enriches inherited capacity for causal lived individuality via HabitLearner plasticity—preregistered and independently audited.

  2. Mimir: open-source agent-memory infrastructure.
    Product Release

    Apache-2.0 agent memory with benchmarked recall, MCP tools, and self-hosted Docker.

  3. RouterBot: one OpenAI endpoint for Cursor backends.
    Product Release

    Self-hosted routing proxy with task classification, fallback chains, and a live dashboard—MIT-licensed on GitHub.

Contact