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Experimental Elicitation of an Out of Body Experience and Concomitant Cross-Hemispheric Electroencephalographic Coherence

Michael A. Persinger, Kevin S. Saroka, Bryce P. Mulligan, Todd Murphy

NeuroQuantology June 25, 2010 DOI: 10.14704/nq.2010.8.4.302 (opens in new tab)

Study at a glance

AI-extracted from the abstract
Characteristics Case study Case report Peer reviewed
Sample size 1
Population Single naive human subject
Intervention Counterclockwise global externally applied magnetic field
Measures quantitative electroencephalographic activity (coherence)
Citations 11
Key findings Exposure to a counterclockwise global magnetic field from an array of 64 solenoids evoked an out-of-body experience in one subject, accompanied by increased EEG coherence between the left temporal lobe and right prefrontal region, particularly in the 4–7 Hz and 15–21 Hz bands. The authors propose this supports a model of consciousness detached from the body, possibly involving two quantized fields.

Abstract

Brief exposure to a counterclockwise global externally applied magnetic field generated from an array of 64 solenoids designed to affect the cerebral fields associated with the left and right hemispheric correlates of evoked a powerful out of body experience (OOBE) in a single naive subject. The energy available from the applied field within the cortical volume was within the same order of magnitude as that associated with the sum of action potentials in all cortical neurons. During the OOBE there was a marked generalized increase in coherence in quantitative electroencephalographic activity between the left temporal lobe and right prefrontal region with specific abnormally high increases within the 4 to 7 Hz and 15 to 21 Hz band. These results are congruent with the experience of consciousness detached from the body and moving through space. The diagonal congruence is more consistent with the existence of two quantized fields or a global field with opposing polarities whose vector determines various emergent states experienced as OOBEs or sensed presences during brief periods of perturbation.

Citations in the library