This article is about Neurotheology. Go here for Neuroethology.
Neurotheology, also known as biotheology, is the study of the neural basis of spirituality. Neurotheology deals with the neurological and evolutionary basis for subjective experiences traditionally categorized as spiritual.
Aldous Huxley used the term neurotheology for the first time in the utopian novel Island. The term is also sometimes used in a less scientific context or a philosophical context. Some of these uses, according to the mainstream scientific community, qualify as pseudoscience. Huxley used it mainly in a philosophical context.
The use of the term neurotheology in published scientific work is currently uncommon. A search on the citation indexing service provided by Institute for Scientific Information returns five articles. Three of these are published in the journal Zygon: Journal of Religion and Science, while two are published in American Behavioral Scientist. Work on the neural basis of spirituality has, however, occurred sporadically throughout the 20th century. Keywords for such work include 'deity', 'neurophysiological bases', 'spirituality' and 'mysticism'.
Neurotheology defines spiritual experiences to include subjective reports of phenomena such as:
These subjective experiences are seen as the basis for many religious beliefs and behaviors.
Early studies in the 1950s and 1960s used EEGs to study brain wave patterns correlated with spiritual states. During the 1980s Dr. Michael Persinger stimulated the temporal lobes of human subjects with a weak magnetic field. His subjects claimed to have a sensation of "an ethereal presence in the room". This work gained a lot of publicity at the time.
Current studies use neuroimaging to localize brain regions active, or differentially active, during spiritual experiences. David Wulf, a psychologist at Wheaton College, Massachusetts, suggests that current brain imaging studies, along with the consistency of spiritual experiences across cultures, history, and religions, "suggest a common core that is likely a reflection of structures and processes in the human brain".
Persinger, meanwhile, stands by his findings, arguing that several of his previous experiments have explicitly used double-blind protocols, and that Granqvist failed to fully replicate Persinger's experimental conditions by, for example, miscalibrating the software, and using a magnetic field exposure time too brief to induce the hypothesized effect.
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