In recent years, cognitive psychologist Donald Hoffman, known for his bold ideas about the nature of perception, has once again drawn the attention of the scientific community. A professor emeritus at the University of California, Irvine, and author of numerous works on visual perception and evolutionary psychology, he, along with neurochemist Andrew Gallimore, has proposed a hypothesis that could overturn conventional notions of consciousness and reality.
According to their approach, substances like DMT (dimethyltryptamine) do not simply cause hallucinations but temporarily alter our "spacetime headset" – a kind of perceptual interface through which the brain constructs everyday reality. As a result of this shift, scientists claim, it becomes possible to "see" conscious agents that remain beyond our sensory field in normal states. This is not mysticism, but a testable scientific hypothesis that can be verified experimentally.
Hoffman has long been developing a theory that evolution has tuned our perception not for accurate reflection of objective reality, but for survival. We do not see the world "as it is," but a simplified model – something like a computer desktop, where icons hide complex processes. His famous TED talk over a decade ago laid the foundation for these ideas: trees, the sky, even our bodies are convenient symbols, not fundamental truths. Now, researchers are going further, suggesting that certain psychoactive substances can temporarily disable or reconfigure this interface.
Hoffman and Gallimore's conversation within the Trace Institute was an important step in developing the topic. The scientists discuss how DMT can provide access to other forms of consciousness that exist independently of our usual space-time. This is not a claim about the "reality" of entities in a direct sense, but a proposal to test a hypothesis: if such agents exist, their interaction should be amenable to scientific study – through controlled experiments, neuroimaging, and comparative analysis of reports.
Interest in such questions is growing. Traditional cultures have long described encounters with "helping spirits" during rituals, and modern psychedelic research shows consistent patterns of experiences. However, Hoffman and Gallimore emphasize the need for a rigorous scientific approach: no speculation, only testable predictions. Their work resonates with consciousness studies, which feature names like Karl Friston, who studies the principles of free energy and Bayesian inference in the brain.
While the hypothesis remains a proposal, it is already provoking discussions among neuroscientists, philosophers, and anthropologists. If confirmed, it could radically change the understanding not only of psychedelics but also of the very nature of consciousness: perhaps we are not isolated observers in a mechanical universe, but part of a broader network of conscious processes.
The development of events promises to be fascinating. The next steps include planning experiments that will distinguish neurochemical artifacts from potentially real signals from without. Science is slowly but surely advancing into areas where previously only legends and personal experience reigned. Whether DMT will be the key to new horizons of knowledge – time and thorough verification will tell.
