Rui Dai

This study identifies four wave propagation motifs in the human brain across different states of consciousness and shows how they reconfigure in diminished and psychedelic states.

The paper examines integration-segregation patterns in brain networks across psychedelic and sedated states using functional MRI, finding opposing configurations in these states.

This study investigates how five psychedelic drugs affect local brain synchrony and global functional connectivity using fMRI, finding disrupted local synchrony and enhanced global connectivity across all drugs.

The paper uses fMRI to compare neural connectivity in psychedelic, sleep, and sedated states, finding global connectivity increases in psychedelics and decreases in sleep/sedation, supporting global theories of consciousness.

This study shows nitrous oxide reduces functional differentiation in brain networks and correlates with psychedelic experiences.

This study shows that both canonical and non-canonical psychedelics induce similar changes in brain network connectivity in humans.