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Modules

Deep dives into specific domains. Non-linear learning arcs with multiple entry points.

Neural Architecture

Active

Understanding how transformers, attention mechanisms, and emergent behavior work. Not just using AI—understanding the substrate.

Topics:

  • • Attention mechanisms
  • • Transformer architecture
  • • Training dynamics
  • • Emergent capabilities
  • • Scaling laws
  • • Prompt engineering
  • • Fine-tuning strategies
  • • Inference optimization

Key Resources:

  • → "Attention Is All You Need" (Vaswani et al.)
  • → "Scaling Laws for Neural Language Models" (Kaplan et al.)
  • → Anthropic interpretability research

Distributed Systems

Active

How to build systems that scale, fail gracefully, and maintain consistency across network partitions.

Topics:

  • • CAP theorem
  • • Consensus algorithms
  • • Eventual consistency
  • • CRDTs
  • • Vector clocks
  • • Gossip protocols
  • • Sharding strategies
  • • Failure modes

Key Resources:

  • → "Designing Data-Intensive Applications" (Kleppmann)
  • → Raft consensus algorithm paper
  • → Jepsen distributed systems tests

Quantum Cognition

Planned

Exploring whether quantum mechanics explains consciousness, or if it's an elegant analogy that goes nowhere.

Starting Q2 2025