Research and technology leader at the intersection of quantum computing, artificial intelligence, and large-scale systems. I run QWAV / QNFO, an independent open-science research lab, with 649+ publications, a patent portfolio, and a rigorous cross-domain methodology.

I don't just publish papers — I build products that operate at national scale (AARP Livability Index, FHWA national forecasting model, Empowering Change AI platform) and design quantum architectures with manufacturing pathways, not just mathematical elegance.

The Problem: Conventional quantum architectures face a thermodynamic dead end — dilution refrigerators at millikelvin temperatures provide ~50 μW of cooling versus ~1 W at 4 Kelvin. That's a 20,000× gap that fundamentally limits scalability.

The UQC Solution: Embed error suppression in the hardware geometry using ultrametric (hierarchical, p-adic) spaces where the strong triangle inequality provides a natural error barrier — potentially eliminating the 1,000:1 physical-to-logical qubit overhead entirely.

^{Demos are listed here only after passing the full verification gate: computation engine golden-value tests + Chrome click-through suite + deployed-URL checks + zero console errors.}

Dilution refrigerators at ~15 mK provide ~50 μW of cooling. Commercial cryocoolers at 4 K provide ~1 W — a 20,000× difference. Published a manufacturable roadmap for 4-Kelvin topological quantum processing using commercially available hardware.

UQC uses a discrete hierarchical geometry where small errors cannot accumulate — in contrast to architectures requiring ~1,000 physical qubits per logical qubit for software-level error correction.

Product Manager for the AARP Livability Index: integrated 50+ data sources across 7 domains. Cited in 20+ academic and policy studies. Used nationwide for municipal planning and grant allocation.

Founded Empowering Change, an LLM-powered legal navigation platform for self-represented litigants. Featured in national media for AI-driven legal democratization.

Certified Contracting Officer's Representative at U.S. DOT. Led components of a national forecasting model informing federal infrastructure investment. Clearance-eligible.

All open-access with permanent DOIs on Zenodo and ResearchGate — no paywalls, immediately verifiable.

• Project Management Professional (PMP) — PMI (2016)
• Contracting Officer's Representative (COR) — Defense Acquisition University (2011) · Clearance-eligible
• American Institute of Certified Planners (AICP) — APA (2009)
• ORCID: 0009-0002-4317-5604
• ISNI: 0000 0005 2645 6062