I investigate multidimensional intelligence—the human cognitive capabilities that enable problem-solving beyond conventional analytical frameworks. My research focuses on developing systematic approaches for accessing embodied cognition, somatic awareness, and expanded consciousness states that complement artificial intelligence systems.

My work bridges rigorous academic methodology with practical applications for technical innovation teams.

My current research examines how human consciousness-based processing provides unique advantages as AI capabilities advance. Rather than competing with artificial intelligence, I focus on optimizing human cognitive capacities—embodied pattern recognition, somatic environmental sensing, and creative breakthrough thinking—that enhance human-AI collaborative intelligence.

I develop protocols for accessing expanded cognitive states on demand, map reproducible techniques for creative problem-solving, and create frameworks for integrating consciousness-based approaches with analytical thinking. My work focuses on technical teams and innovation environments where conventional approaches reach their limitations.

Through the CORE methodology, I work with innovators at the forefront of technology development who require new forms of leadership and decision-making to match our technological era.