Exploring the foundations of physics, intelligence, and planetary systems
NexaVision is an independent research initiative investigating fundamental questions in cosmological physics, human-AI ethics, and Earth observation — grounded in data, guided by principle.
Areas of Work
Three pillars of independent research and open-source development.
Research
The True Atom framework, Project Gaian Mind, and interactive WebGL visualizations exploring fundamental physics.
Physics · Cosmology · Earth SystemsAI Ethics
A practical framework for human-AI collaboration — addressing sycophancy, token economics, continuity loss, and accountability.
Ethics · Policy · GovernanceOpen-Source Tools
MagPI geospatial engine, NSS Communicator encrypted messaging, and the Plenum Visualizer interactive simulations.
GIS · Security · WebGLSignal Log
Research updates, theoretical developments, and project milestones — curated for substance over noise.
Updates · Theory · ProgressInteractive Visualizers
11 WebGL simulations — from the Plenum field dynamics to the Particle Weaver series and Strontium decay clock.
Three.js · WebGL · SimulationAbout
US Army veteran, geospatial data scientist, and independent researcher. Building from Bangkok, open to the world.
Bio · Mission · ContactFeatured Research
Selected work with interactive demonstrations.
The True Atom Framework
A monistic cosmological model where a single fundamental particle creates mass (Tμν) and gravity (gμν) through self-proximity resonance — inspired by de Broglie-Bohm pilot wave theory.
Project Gaian Mind
A data-driven proposal to detect and model planetary-scale emergent patterns using federated sensor networks from NOAA, NASA, USGS, and IRIS — analyzed through Topological Data Analysis, Graph Neural Networks, and Transformer-based anomaly detection.
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Questions, collaboration ideas, or feedback — reach out directly.