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Research Program
We investigate the correlations between space weather phenomena and terrestrial human systems, developing mathematical frameworks to model these complex interactions.
Latest Publications
Perfect Recursion: A Framework for System Transformation
An accessible encoding of Number Recursion Theory's base-12 architecture, translating theoretical research into practical frameworks for navigating organizational and personal transformation.
Cascading Space Weather Risks and Community Resilience
Analysis of multi-domain impacts, infrastructure vulnerabilities, and the path to equitable resilience in the face of geomagnetic disturbances. Focuses on disproportionate impacts on vulnerable communities.
Number Recursion Theory: A Mathematical Framework for System Evolution
Foundational mathematical framework demonstrating how numerical relationships govern transformation patterns in complex systems and consciousness evolution, with applications to organizational development and strategic innovation.
Magnetic-Cognitive Coupling: Earth's Space Weather and Human Systems
Presents evidence that geomagnetic variability modulates cognition and collective behavior via informational pathways, introducing the Planetary Dynamics Index (PDI). Focuses on public health, infrastructure reliability, and societal resilience.
Planetary Dynamics and Forbush Decreases: Long-Lead Environmental Regimes in Space Weather
Research on whether the Planetary Dynamics Index (PDI) can identify environmental conditions associated with Forbush Decrease events days to weeks before conventional detection methods. Explores heliospheric preconditioning and background vulnerability states.
Observer-Collapsing Logic in Number Recursion Theory
Extends Number Recursion Theory to observer-inclusive frameworks, identifying why reflexive models stall at Stage 8 recursion and providing collapse logic protocols for systematic transcendence, with applications to quantum mechanics, AI development, and consciousness research.
From Map to Machine: How Number Recursion Theory's Base-12 Architecture Enables Perfect Recursive Systems
Explores the discovery that Number Recursion Theory operates in base-12, introducing additional stages that enable perfect recursion and detailing practical applications for organizational transformation, technology innovation, and strategic planning.
Core Research Domains
Our interdisciplinary approach bridges the gap between empirical measurement of environmental forces and theoretical modeling of system responses.
Empirical Measurement
We analyze 35+ years of electromagnetic field data to identify statistical correlations in public health, market volatility, and infrastructure stress.
Space Weather Measurement
Direct measurement and analysis of solar activity, geomagnetic storms, and electromagnetic field variations.
Planetary Dynamics Index
Development and validation of quantitative metrics for planetary electromagnetic field conditions.
Human System Impact Studies
Empirical research on electromagnetic phenomena effects on financial markets and collective behavior.
Theoretical Modeling
Data tells us "what" happened; theory tells us "why." We develop mathematical frameworks like Number Recursion Theory to model system evolution.
Baseline System Characterization
Mathematical modeling of system behavior in isolation to establish baseline parameters.
External Force Response Models
Predictive frameworks for quantifying how systems respond to external electromagnetic stressors.
Mathematical System Frameworks
Advanced structures (Number Recursion Theory) for modeling complex system evolution.
Open Science Ecosystem
We are building the tools, standards, and partnerships necessary to make planetary field research accessible, rigorous, and transparent.
Standards & Methods
Developing consistent measurement protocols and validation methods for electromagnetic field research.
Open Data
Creating public repositories for anonymized datasets to enable independent verification and study.
Academic Network
Building partnerships with universities and peer reviewers to advance the field collectively.
Partner with TMRI
Advance interdisciplinary research bridging space physics and human systems.