A rigorous scientific framework.
Our work integrates neurophenomenology, neuroplasticity, dynamic systems theory and computational neuroscience into a coherent practice of neuroenhancement.
Four pillars.
A theoretical architecture spanning experience, brain, body and environment.
Neurophenomenology
A method coupling rigorous first-person inquiry with neural measurement, after Varela.
Neuroplasticity
Structural and functional reorganization of the nervous system across the lifespan.
Dynamic Systems Theory
Brain, body and environment as a coupled, self-organizing system.
Computational Neuroscience
Predictive processing, active inference and AI models of cognition.
Publications
Neurophenomenological markers of flow in elite athletes
Adaptive AI for HRV-guided cognitive training
Dynamic systems modelling of pressure responses
EEG coherence as a marker of attentional state
First-person methods in performance neuroscience