At the intersection of cognitive science and formal logic lies the ability to map the architecture of human behavior. My research is dedicated to creating structured, ontological models that describe how individuals interact with their environments, their internal states, and their physiological requirements. This work moves beyond traditional psychology by utilizing formal knowledge representation (OWL/RDF) to categorize the fundamental “building blocks” of human self-regulation and cognitive wellness.

“By mapping the hidden structures of behavior, we move from mere observation to systemic intervention. We are not just studying the mind; we are engineering a clearer way to exist within it.”

The ISCO Study & Data-Driven Insight

The foundation of my current research is the ISCO study—an eight-year observational project focused on human interaction and self-regulation within high-density environments. This longitudinal data set has been distilled into formal ontologies that identify the recurring patterns of “technical friction” and “cognitive load” that disrupt professional and personal efficacy. This research serves as the empirical backbone for every intervention I deploy within my practice.

Research Nodes

  • Knowledge Representation: Developing OWL files for the Stanford BioPortal to standardize behavioral wellness metrics.
  • Systemic Modeling: Creating mathematical models of the ‘Quantum Mindfulness’ framework for academic and clinical use.
  • Interdisciplinary Synthesis: Bridging the gap between nutrition science, behavioral health, and ontological engineering.

Academic Footprint

  • Zenodo & SSRN: A robust archive of open-access publications and theoretical white papers.
  • ASU/Mayo Clinic: Utilizing institutional standards to maintain the highest levels of research integrity.
  • Digital Archives: Maintaining a verified researcher record via ORCID and Web of Science.

From Theory to Application

My research is never purely academic; it is designed to be functional. Every node in my ontologies corresponds to a real-world problem—and a real-world solution. By formalizing the “logic of wellness,” I provide my clients and the broader scientific community with a reproducible roadmap for cognitive and behavioral optimization.