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Andrew Newberg

Professor and Director of Research Marcus Institute of Integrative Health | Thomas Jefferson University and Hospital
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 To look at the neurophysiology of religious and spiritual practices, we used a brain imaging technology called single photon emission computed tomography (SPECT), which allows us to measure blood flow. The more blood flow a brain area has, the

To look at the neurophysiology of religious and spiritual practices, we used a brain imaging technology called single photon emission computed tomography (SPECT), which allows us to measure blood flow. The more blood flow a brain area has, the more active it is (red > yellow > green > blue > black). When we scanned the brains of Tibetan Buddhist meditators, we found decreased activity in the parietal lobe during meditation (lower right shows up as yellow rather than the red in the left image). This area of the brain is responsible for giving us a sense of our orientation in space and time. We hypothesize that blocking all sensory and cognitive input into this area during meditation is associated with the sense of no space and no time that is so often described in meditation.

 The front part of the brain, which is usually involved in focusing attention and concentration, is more active during meditation (increased red activity).  This makes sense since meditation requires a high degree of concentration. We also found

The front part of the brain, which is usually involved in focusing attention and concentration, is more active during meditation (increased red activity).  This makes sense since meditation requires a high degree of concentration. We also found that the more activity increased in the frontal lobe, the more activity decreased in the parietal lobe. A more complex version of the model from which the hypothesis is based can be found in my book Why God Won’t Go Away, written with Eugene d’Aquili.

 When we looked at the brains of Franciscan nuns in prayer, we found increased activity in the frontal lobes (same as Buddhists), but also increased activity in the inferior parietal lobe (the language area). This latter finding makes sense in r

When we looked at the brains of Franciscan nuns in prayer, we found increased activity in the frontal lobes (same as Buddhists), but also increased activity in the inferior parietal lobe (the language area). This latter finding makes sense in relation to the nuns doing a verbally based practice (prayer) rather than visualization (meditation).

 The nuns, like the Buddhists, also showed decreased activity in the orientation area (superior parietal lobes) of the brain. A more thorough description of the results from this study can be found in my book  Why We Believe What We Believe ,&nb

The nuns, like the Buddhists, also showed decreased activity in the orientation area (superior parietal lobes) of the brain. A more thorough description of the results from this study can be found in my book Why We Believe What We Believe, written with Mark Waldman.

 We also looked at the brain of a long-term meditator who was also an atheist. We scanned the person at rest and while meditating on the concept of God. The results showed that there was no significant increase in the frontal lobes as with the other

We also looked at the brain of a long-term meditator who was also an atheist. We scanned the person at rest and while meditating on the concept of God. The results showed that there was no significant increase in the frontal lobes as with the other meditation practices. The implication is that the individual was not able to activate the structures usually involved in meditation when he was focusing on a concept that he did not believe in.

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 To look at the neurophysiology of religious and spiritual practices, we used a brain imaging technology called single photon emission computed tomography (SPECT), which allows us to measure blood flow. The more blood flow a brain area has, the
 The front part of the brain, which is usually involved in focusing attention and concentration, is more active during meditation (increased red activity).  This makes sense since meditation requires a high degree of concentration. We also found
 When we looked at the brains of Franciscan nuns in prayer, we found increased activity in the frontal lobes (same as Buddhists), but also increased activity in the inferior parietal lobe (the language area). This latter finding makes sense in r
 The nuns, like the Buddhists, also showed decreased activity in the orientation area (superior parietal lobes) of the brain. A more thorough description of the results from this study can be found in my book  Why We Believe What We Believe ,&nb
 We also looked at the brain of a long-term meditator who was also an atheist. We scanned the person at rest and while meditating on the concept of God. The results showed that there was no significant increase in the frontal lobes as with the other

Journal Articles

  • How God Changes Your Brain: An Introduction to Jewish Neurotheology (PDF)

    — CCAR Journal: The Reform Jewish Quarterly

  • The Language of Ineffability: Linguistic Analysis of Mystical Experiences (PDF)

    — Psychology of Religion and Spirituality

  • The Neurotheology Link (PDF) An Intersection Between Spirituality and Health

    — Alternative and Complementary Therapies

See More Journal Articles

Popular Press

  • Is There a Difference Between the Brain of an Atheist and the Brain of a Religious Person?

    — Scientific American

  • Religious Experiences Shrink Part of the Brain

    — Scientific American

  • Why Your Brain Needs God

    — On Faith, The Washington Post

In the News

  • Your Brain on Religion (video)

    — The Agenda with Steve Paikin, TVO

  • What Happens to the Brain During Spiritual Experiences?

    — The Atlantic

  • Channeling Spirits' Shuts Down Parts Of Brain

    — Discovery News

See More In The News

MULTIMEDIA

Andrew talks about the powerful connection between neuroscience and religious experiences on The Mel Robbins Podcast.


Andrew joined the Armchair Expert with Dax Shepard to discuss a range of topics related to the brain and religion.


Brains scans taken by Andrew are on display at The Franklin Institute
 
 
 
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