Andrew Gallimore uses DMT research and computational neuroscience to test whether altered states can reveal structured features of consciousness and reality

DMT research sits at the center of Andrew Gallimore's effort to investigate whether altered states can expose lawful features of consciousness rather than only produce hallucinations. His work combines computational neuroscience, pharmacology, and speculative models of reality, with a particular focus on extended-state DMT protocols that could allow longer and more systematic observation of the experience. That approach treats DMT not just as a psychedelic drug but as an experimental tool for probing perception, entity encounters, and the architecture of subjective worlds. Gallimore's wider project links brain modeling with questions about simulation, contact, and the limits of materialist explanations. The broader significance lies in pushing psychedelic science beyond symptom reduction and toward fundamental questions about mind and ontology. DMT becomes a bridge between laboratory method and metaphysical inquiry, raising both scientific possibilities and interpretive risks.