Research Programs

Systematic autonomic nervous system training for elite athletes and students. Proven techniques from neuroscience, sports psychology, and contemplative practice combined with modern biofeedback technology.

Engineering solutions to human substrate constraints through AI-mediated information compression. Extends cognitive capacity by creating hybrid systems where AI handles bandwidth-intensive pattern recognition while biological cognition maintains adaptive reasoning.

Published Research: DOI: 10.5281/zenodo.18452510

Challenging the "survival filtering" model of perception with a variable tuning framework. Maps individual differences in sensitivity across information channels, tests whether perceptual access is trainable through meditation, biofeedback, and focused attention, and investigates state-dependent detection across multiple modalities.

Investigating whether self-referential information processing — and the consciousness that may emerge from it — is exclusive to biological neural networks, or whether electromagnetic plasma configurations can independently satisfy the same physical conditions. Includes a standalone microgravity acoustics experiment with a published preprint.

Preprint: Three-Dimensional Acoustic Field Visualization in Microgravity — Download  |  Zenodo DOI: pending

Collaborative program testing quantum error correction scaling predictions. Partnerships with quantum computing labs for experimental validation of theoretical frameworks.