Ultrametric Tree Universality — Interactive Demo & Publication

Project: ultrametric-tree-universality Thesis: Ultrametric tree geometry provides a universal mathematical structure underlying hierarchical organization across quantum computing, AI, physics, biology, and cognition. This interactive demo lets users explore tree geometry and see how the same mathematical patterns appear across different domains.

Status: Scaffolding — Phase 0

Strategy Document

Strategy Document: The current QWAV platform strategy is defined by the QWAV Commercial Platform: Strategic Architecture Whitepaper (DOI: 10.5281/zenodo.21641107, latest version: 10.5281/zenodo.21641516). Earlier strategy documents including the QWAV Venture Prospectus (10.5281/zenodo.17761691) are superseded.

One-Line Summary

An interactive cross-domain explorer demonstrating that the same tree geometry (ultrametric/cophenetic distance) independently emerges in quantum error correction, spin glasses, protein folding, cosmology, cognition, and language — with verifiable mathematical signatures.

Key Deliverables

1. Interactive Demo: Single-page HTML app with cross-domain tree explorer
2. Publication: Short-form paper summarizing tree universality evidence
3. Curated Catalog: 20-30 QWAV-relevant publications with relevance statements
4. Technical Site Enhancement: Evidence deck + prior work catalog + roadmap added to hub

Constraints

• All D1-D13 constraints apply
• Single HTML + vanilla JS (no frameworks)
• Deployable via GitHub Pages
• All quantitative claims [CODE-EXECUTED]

Git

• Repo: Project-local (independent .git/)
• Branch: feature/initial-setup