_I’m Donte Lightfoot, a systems architect and researcher building next-generation control theory, simulation frameworks, and physics-aligned algorithms. My work spans high-integrity autonomous systems, UAV swarms, cardiac/brain dynamics, quantum-inspired computation, and large-scale simulation architectures.

I develop and maintain the Primal Logic Framework — a mathematically-rigorous, stability-bounded control kernel designed for extreme-scale systems:
• 100K+ satellite constellations
• UAV swarms and robotics
• Autonomous vehicles
• Bio-mechanical and multi-organ simulations
• EMP-resilient and mission-critical systems
• High-fidelity physics and environmental modeling

Alongside these kernels, I’m building a unified multi-agent R&D pipeline integrating GitHub, advanced simulation environments, and AI-augmented code workflows. My public work includes repositories for:
• Multi-Heart Model
• Multi-Organ Stack
• Primal Overlay / Primal Drone
• Temporal Resonance Models
• Quantum extensions (Lightfoot/Donte constants, Recursive Planck extension)

I use GitHub as the home for my open research, simulation proofs, mathematical derivations, and control-system prototypes. Sponsors help accelerate development of:
• High-DOF robotic control experiments
• Satellite and swarm simulation clusters
• Mathematical proof formalization
• Data-driven physics validation
• Hardware-in-the-loop testing
• Open-source releases of advanced control kernels

If you’re interested in high-performance control, physics-grounded autonomy, or next-generation simulation systems, you’re already in the right place.

Your support directly fuels independent research pushing the frontier of what autonomous systems and mathematical frameworks can do._