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February 16, 2001: Near Death Experiences - Dr. Melvin Morse
Published 1 year, 5 months ago
Description
Art Bell welcomes Dr. Melvin Morse, a pediatrician and neuroscientist who spent 15 years studying near-death experiences in children at Seattle Children's Hospital. Dr. Morse describes his first case, a young girl submerged underwater for 19 minutes who later recounted every detail of her own resuscitation, including watching a tube being placed in her nose.
The conversation turns to the science behind NDEs. Dr. Morse explains that fighter pilots in centrifuges regain consciousness at the exact moment blood stops flowing to their brains, mirroring the experiences children describe. He presents three key findings: people die fully conscious and aware, roughly 20 percent of the brain appears hardwired for this experience, and theoretical physicists describe a timeless, spaceless reality consistent with what dying patients report.
Art presses Dr. Morse on life after death, reincarnation, and the nature of memory. Dr. Morse offers a striking position: NDEs teach us about living, not necessarily about what follows death. He argues that memories may be stored outside the brain entirely, citing cases of patients functioning normally after losing half their brain tissue. The discussion also covers how NDEs boost immune function and could save billions in unnecessary end-of-life medical spending.
The conversation turns to the science behind NDEs. Dr. Morse explains that fighter pilots in centrifuges regain consciousness at the exact moment blood stops flowing to their brains, mirroring the experiences children describe. He presents three key findings: people die fully conscious and aware, roughly 20 percent of the brain appears hardwired for this experience, and theoretical physicists describe a timeless, spaceless reality consistent with what dying patients report.
Art presses Dr. Morse on life after death, reincarnation, and the nature of memory. Dr. Morse offers a striking position: NDEs teach us about living, not necessarily about what follows death. He argues that memories may be stored outside the brain entirely, citing cases of patients functioning normally after losing half their brain tissue. The discussion also covers how NDEs boost immune function and could save billions in unnecessary end-of-life medical spending.