Nicolas Brian Quiroz, MD

Independent researcher and inventor working on plasma control, advanced materials, and fractal HRV systems.

Key Evidence

Current work includes real tokamak validation, open-source implementation, and patent-pending simulation platforms for long-horizon control.

Real EAST #41195 Validation
Ψ_universe attractor outperforms classical methods on actual tokamak data

Open-Source on Zenodo & GitHub
Full code, benchmarks, and Lyapunov proof freely available

U.S. Patent-Pending
Q108D simulation platform with control-assisted latent-space stabilization

My Approach

My work focuses on practical, evidence-oriented systems that translate theory into usable tools.

View Research → Explore Apps → Connect

Core Research Domains

  • Tokamak plasma control & attractor-based stability modeling
  • Fractal physiology & HRV signal processing
  • Multifunctional composite design architecture
  • BEP extensions and predictive systems
  • Digital health innovation

Ψ_universe Attractor Library v2.0

Modular Python library implementing the Ψ_universe toroidal attractor filter. Validated on real EAST #41195 tokamak data with full benchmark suite.

View on GitHub →

Zenodo • DOI: 10.5281/zenodo.18939068 (March 10, 2026)

Open-Source Research Repositories

Libraries and frameworks published under the BEPframework organization on GitHub.

psi-universe-attractor Modular Python implementation of the Ψ_universe attractor filter — validated on real EAST #41195 data
tasd-core TASD Core Framework — Toroidal-Attractor Signal Dynamics engine
tasd-framework TASD Unified Framework — Toroidal-Attractor Signal Dynamics (open-source release)
toroidal-dynamics-toolkit Modular Python toolkit for dynamic toroidal modulation in frequency-domain signal processing

Foundation

MD (Universidad Autónoma de Guadalajara) + Chemistry background (Fresno State) + surgical internship. Independent researcher developing practical technologies under IZ LLC.

Interactive Apps & Tools

Browser-based research instruments and interactive simulations — no installation required. Built for exploration, education, and scientific communication.

String Theory Cosmos v2.0

Deterministic toy model of string/M-theory and cosmology with Ψuniverse fractal dynamics, live analysis dashboard, parameter sweeps, and exportable data.

String Theory Ψuniverse HTML
GitHub

Q216D Tokamak Simulation

TASD-enhanced interactive 3D plasma visualization with ultra-precise energy transition control for tokamak research.

Tokamak 3D Plasma TASD
GitHub

BEP Field Lab

Interactive research tool for testing Belonging–Energy–Prediction field dynamics with uploaded CSV/Excel data.

BEP Framework Data Analysis HTML
GitHub

View all repositories on GitHub →

Featured Preprints

View all 19 preprints on Zenodo →

Full ORCID: 0009-0003-8431-0048

THE BEP PRINCIPLE (2025)

Independently published • ISBN 979-8273171619

Foundational exploration of Belonging, Energy, and Prediction...

Buy on Amazon →

Patent-Pending Inventions

  • Q108D Tokamak Simulation Platform
    Control-assisted latent-space stabilization for energy transition management — Provisional filed Jan 2026 (non-provisional April 2026)
  • Multifunctional Composite Material — US20260022228A1 (filed July 18, 2024)
  • Method and System for Heart Rate Variability Analysis Using Fractal and Quantum-Like Dynamics — U.S. Application No. 19/228,748 (filed June 5, 2025)

All inventions filed under Nicolas B. Quiroz, MD • U.S. applications pending

Connect & Collaborate

Open to collaboration with plasma physicists, control engineers, materials labs, and research partners.