Self Aware Networks
A source-faithful encyclopedia of how distributed neural tissue may integrate reception, memory, oscillatory dynamics, embodied action, and conscious experience. Read the books, explore the maintained wiki, and inspect the public record.
Bridging Molecular Mechanisms & Neural Oscillatory Dynamics
The first SAN book follows molecular memory, dendritic computation, and neural oscillations across biological scales. The forthcoming Self Aware Networks book develops the larger source history, theory architecture, experiments, and engineering program.
The Self Aware Networks Encyclopedia
The maintained reader offers curated entry pages spanning foundations, neural rendering, NAPOT, phase-wave differentials, dendritic and synaptic physiology, Artificial Neurology, brain-computer interfaces, NDCA, memory, action, qualia, and source history. This reader collection is an entry path, not a cap on the larger Encyclopedia.
Community
Discussion, questions, and ongoing research across the Neo Mind Cycle and Neurophysics communities.
Self-Aware Networks
The verified historical community group for SAN and the Neural Lace line.
Neurophysics+
The verified historical group for neuroscience, BCI, and neurophysics discussion.
A crawlable record with exact hashes.
The complete machine-readable SAN Wiki corpus is published on GitHub so researchers and indexing systems can inspect the text, follow its revision history, and verify each public projection against its recorded source hash. A snapshot date records when that version became public; it does not backdate claims developed earlier or later.
Current SAN Wiki corpus
More than 2,300 indexed Markdown pages, a machine-readable page index, source and publication hashes, and Git history.
Historical SAN sources
The original repository and GitHub Wiki preserve the earlier public theory record alongside the maintained Encyclopedia.
Follow the public work
Book announcements, essays, and research updates are published through SVGN. The source repositories preserve the evolving technical record.