A unified research program at the intersection of mathematics, physics, and computation
QNFO explores p-adic mathematics, ultrametric geometry, topological quantum computation, and condensed mathematics — building the theoretical foundations for next-generation quantum technologies. Powering the QWAV Deep research ecosystem.
🌊 The QWAV + QNFO Ecosystem
QNFO and QWAV are intertwined brands powering a unified research ecosystem — from theoretical foundations to AI-powered discovery.
QWAV Deep
AI-powered research feed with 79+ indexed papers, semantic search via Vectorize, and LLaMA 3.2-powered discovery.
Ask QWAV
Natural-language AI research assistant grounded in the QNFO corpus with source citations — powered by Workers AI.
Papers Catalog
Browse publications across QEC, number theory, physics, and CS with full-text search and RSS feed.
Knowledge Graph
2,500+ nodes, 1,400+ edges — REST API for programmatic access to the QNFO knowledge graph.
Research Archive
Complete archive of QNFO publications, datasets, and historical research artifacts.
License (QNFO-ULA v2.0)
CC BY-NC-SA 4.0 + QNFO Supplemental Terms governing all QNFO and QWAV content.
Research Programs
Theoretical foundations across four interconnected domains.
p-Adic Quantum Error Correction
Ultrametric stabilizer codes, Hensel lifting of logical operators, p-adic Clifford group, and ZBW-Majorana topological quantum computation.
Browse papers →Ultrametric Foundations
p-adic valuation, Ostrowski's theorem, Mahler compression, Berkovich spaces, and spectral analysis via Amice transform.
Browse papers →Topological Quantum Matter
Hydrodynamic topology, anyon braiding, topological order classification, and fractional quantum Hall systems.
Browse papers →Computational Mathematics
Condensed mathematics, formal verification of quantum protocols, ultrametric algorithms, and computational benchmarking.
Browse papers →Infrastructure
All QNFO infrastructure runs on Cloudflare — zero external cloud services. Every publication, dataset, and API is served from the edge.