Cyberdelics: Virtual reality hallucinations modulate cognitive-affective processes.

A virtual reality simulation of a psychedelic experience, created by applying the Google DeepDream algorithm to a calming garden scene, enhanced cognitive flexibility and inhibitory control in healthy adults. Participants watched two 10-minute immersive VR videos: a standard garden and its hallucinated counterpart. After the hallucinatory video, they showed improved cognitive flexibility and reported greater absorption in the experience, though they found it less fluent. Both VR experiences reduced positive emotions, anxiety, heart rate, and sympathetic nervous system activity compared to before the videos. The combination of cognitive enhancement with a relaxed, awakened physiological state suggests such simulations might offer therapeutic benefits of psychedelics without their risks.

Study at a glance

Abstract

Psychedelics were explored for their potential in the mental health field. However, research was delayed by concerns over short-term side effects and long-term consequences of substance use. Technological advances enabled the development of Hallucinatory Visual Virtual Experiences (HVVEs), namely psychedelic experiences simulations in immersive virtual reality. This study investigated HVVEs' impact on cognitive flexibility, affective response, and autonomic activity. 50 healthy participants underwent assessments of cognitive flexibility, control inhibition, emotional response, and autonomic activity at baseline. Participants were then exposed to two 10-minute immersive virtual reality (IVR) experiences: 'The Secret Garden' and its hallucinated counterpart created using Google DeepDream algorithm. All measures were presented after each video, in addition to the flow experience assessment. Post-HVVE, participants demonstrated enhanced cognitive flexibility and inhibitory control. They reported increased flow-absorption and decreased flow-fluency. Both IVR experiences reduced positive affects and state anxiety compared to baseline; additionally, IVR reduced heart rate and sympathetic activity compared to baseline. HVVEs produced psychedelic positive effects on cognitive and emotional functioning. The complex emotional and autonomic profile mimicked awakened relaxation that, in conjunction with the cognitive flexibility enhancement, could offer the unique opportunity to exploit psychedelic advantages while mitigating risks, opening new avenues for therapeutic approaches.