the cybergraph as a filesystem — content-addressed, append-only, patch-based
every particle is a file. every cyberlink is a reference. every neuron has a home directory (~/). the filesystem is the graph, navigated via cybermark
operations
| Operation | What it does | Page |
|---|---|---|
| read | query any particle by Hemera hash or path | native — no special mechanism |
| create | hash content → new particle → first cyberlink names it | cyber/link |
| edit | create a new particle with modified content → link old → new | cyb/fs/edit |
| patch | commutative morphism over particles and cyberlinks | cyb/fs/patch |
| delete | withdraw conviction + valence -1 — structural record stays, economic weight removed | cyber/link |
there is no mutation. editing creates a new particle (new hash). the old version persists permanently (axiom A3: append-only). the diff between versions is itself navigable
addressing
three ways to reach a particle:
#QmXyz... by content hash (immutable, permanent)
cyber/truth by path (mutable, human-navigable)
~market by name (per-neuron, personal)
see markup for the full sigil grammar. see cyberspace for navigating the filesystem as a space. see cyb/fs/sync for how file operations sync across devices with five-layer verification. see cyb/fs/patch for commutative patch semantics