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Reader’s Roadmap
Suggested one-semester course: Chapters 1, 2, 4, 5, 7, 8, 12, 14, 16, 18. Full two-semester sequence: All chapters in order, with Appendix A as prerequisite reading.
Molecular Flow
Information becomes function through controlled transformations
Follow one signal from durable sequence to a context-dependent biological action.
Store
A four-symbol sequence preserves heritable constraints.
ATG CCG TAA
|
Ch. |
Title |
Key Topics |
| Part I: The Biological Computer
| ||
|
1 |
The Code of Life |
DNA structure, Central Dogma, information density |
|
2 |
DNA Computing |
Adleman, strand displacement, CRNs, molecular logic |
|
3 |
Gene Regulation as Computation |
Regulatory circuits, epigenetics, biological logic gates |
| Part II: The Intelligence Stack
| ||
|
4 |
Machine Learning Foundations |
Neural networks, optimization, representation learning |
|
5 |
Transformers and Large Language Models |
Attention, GPT, scaling laws, emergent abilities |
|
6 |
Biological Foundation Models |
AlphaFold, ESM-2, Evo, Enformer, genomic LMs |
| Part III: The DOGMA Architecture
| ||
|
7 |
DOGMA: The Six-Stage Pipeline |
Genomic bases, regulation, synthesis, transcription, expression, realization |
|
8 |
HelixHash |
Double-helix representation, motifs, bond matrices, novelty |
|
9 |
Tera: The Hidden Regime State |
Multi-objective pressure, mutation families, meta-policy |
|
10 |
TetraData Structure & TetraMemory |
3D computation, tetrahedral meshes, structured memory |
|
11 |
CodonForge: The DNA Compiler |
Codon opcodes, gene programs, SDANS compilation |
| Part IV: Building the Evolutor
| ||
|
12 |
The Evolutionary Training Loop |
Prompt genomes, mutation, selection, distillation |
|
13 |
Foundation Models on Genomic Data |
FASTA corpora, curriculum learning, helix-aware training |
|
14 |
The Measured DOGMA Baseline |
Checkpoints, perplexity, generation failures, next experiments |
| Part V: Toward AGI
| ||
|
15 |
Scaling and Post-Transformer Architectures |
Scaling laws, SSMs, hybrid architectures, DOGMA scaling |
|
16 |
What Is AGI? Foundations and Paths |
Definitions, biological arguments, DOGMA v3 roadmap |
|
17 |
Ethics, Safety, and Responsibility |
Dual-use, alignment, verifiability, governance |
| Part VI: Practicum
| ||
|
18 |
Hands-On: Building Your First DOGMA System |
6 labs, capstone project |
|
19 |
The Future We Are Building |
Vision, open problems, research community |
Suggested one-semester course: Chapters 1, 2, 4, 5, 7, 8, 12, 14, 16, 18.
Full two-semester sequence: All chapters in order, with Appendix A as prerequisite reading.
