Out-of-body experiences (OBEs) induced through hypnosis provide a controlled way to study the phenomenon. In 15 highly hypnotizable people, OBEs were evoked either as an imaginative task while resting or under hypnosis. Brain activity was recorded with EEG, and participants completed a questionnaire about their experience. The hypnotic OBEs produced stronger feelings of altered state, positive affect, and focused attention, along with decreased beta and gamma brainwave power in the right parieto-temporal region. These findings suggest that hypnotically induced OBEs can serve as a useful experimental model for spontaneous out-of-body experiences.
Out-of-body experiences (OBEs) induced through hypnosis (H-OBEs) produce stronger phenomenological changes than those induced through imagination alone. In 15 highly hypnotizable participants, H-OBEs led to significantly higher scores on the Altered State, Positive Affect, Altered Experience, and Attention subdimensions of the Phenomenology of Consciousness Inventory, alongside a decrease in beta and gamma band power in right parieto-temporal brain regions. These findings suggest that hypnotically induced OBEs may serve as a useful model for studying genuine OBEs, involving altered multisensory integration in right parieto-temporal areas.