Morphology as memory.
Fractalish is an open morphology workbench for comparing process-bearing geometry across domains: roads, rivers, roots, retinas, cracks, dendrites, signals, forests, materials, and infrastructure.
It combines MCVA, AMCVA, HOLD, Natural Math, reference examples, accessible study guides, and trace-first tooling so claims can be tested instead of merely asserted.
Every claim must travel with its trace.
An open research workbench for reading process from form across domains, comparing examples, testing descriptor families, and building a disciplined vocabulary for when morphology speaks and when it does not.
Documents are the map. The trace is the test.
It is not a claim that every visible pattern is readable, that fractal dimension is enough, that Natural Math models every domain, or that cross-domain resemblance proves shared cause.
A fractal reading is not forced. It must be earned. Similarity is not identity.
MCVA reads where morphology preserves process. AMCVA protects where it does not. HOLD preserves uncertainty when the evidence is not enough yet.
The forward or generative layer asks what shapes local, finite, energy-bounded systems tend to make under constraint, memory, bifurcation, and recovery.
Commons, tooling, SVG traces, evidence packages, and comparison lanes turn the framework into something testable instead of merely discussable.
Reference examples, study guides, and cross-domain precedents anchor the vocabulary in visible traces rather than slogans.
A practical path into the stack for new readers, reviewers, and contributors.
Forest forensics as a public-facing precedent for process memory preserved in form, with official embeds, accessible timed subtitles, and original Fractalish notes.
Why the downstream recovery zone may preserve more useful evidence than the split event alone.
The comparison-language page for roads, rivers, roots, vessels, cracks, forests, signals, and other recurring morphology families.