Monash Study Finds 19-Mg Psilocybin Does Not Make 62 Brains Chaotic
Updated
Updated · Ars Technica · Oct 10
Monash Study Finds 19-Mg Psilocybin Does Not Make 62 Brains Chaotic
1 articles · Updated · Ars Technica · Oct 10
Summary
AI analysis of brain scans from 62 first-time participants found psilocybin activity was not random, challenging a decade-old theory that psychedelics drive the brain into chaos.
19 milligrams of psilocybin were given before researchers measured each volunteer twice—once sober and once dosed—using MRI about 80 minutes after dosing and EEG about 150 minutes after.
PsiConnect put participants through four uninterrupted conditions—rest, guided meditation, an 11-minute music playlist and six minutes of cloud video—to capture a more natural psychedelic state.
Monash neuroscientist Devon Stoliker said the design avoided cognitive tasks because they can 'ground' participants and interrupt the very brain state researchers are trying to measure.
The findings point toward a more structured account of how psychedelics may produce insight, clarity and lasting psychological change, rather than simple neural disorder.
Could AI-detected structured brain patterns under psilocybin finally explain why users report profound mystical insights instead of just random hallucinations?
If psychedelics create hidden order rather than chaos, could specific music directly program the brain's healing process during a trip?
Do these hidden neural patterns predict whether a patient will recover from depression, or do they only appear in healthy brains?