The Enigma of Jhāna and Implications for Neuroscience, Consciousness Studies and Research Methodology
April 8, 2024 preprint DOI: 10.31219/osf.io/ncp25 (opens in new tab)
Study at a glance
AI-extracted from the abstract| Characteristics | Theoretical or philosophical paper |
|---|---|
| Topics | Philosophy of mind |
| Keywords | Consciousness Cognitive science Psychoanalysis |
| Citations | 1 |
| Key points | Argues that jhāna consciousness may be a radically different mode of consciousness, not merely an altered state on a continuum, and that task-based research methods may not adequately capture its nature. |
Abstract
Jhāna meditation was little known in the West before the 1980s, historically shrouded in mystery and mostly confined to monastic traditions in Buddhist countries. In recent years, however, deep states of meditation in general, but particularly the jhānas, have been attracting interest from neuroscience researchers as another avenue to explore neural networks and functions in the human brain. However, the current state of knowledge of those networks is almost entirely related to their functions within our default (sensory) consciousness, researched primarily via task-based studies. Given that in ancient Buddhist texts jhāna is regarded as a uniquely different mode of consciousness, not dependent on the cognitive processes of sensory consciousness, such task-based research methods may not be the best approach to unravel the significance and processes of jhāna consciousness. This article explores the nature of jhāna consciousness in relation to our default consciousness, whether it has its place on a continuum of “altered states of consciousness” (ASC), or whether it is a radically different and unique state of consciousness. The subtleties of establishing jhāna are explored, including the possibility of a cognitively-driven “facsimile” experience created within the default neural networks of sensory consciousness, rather than a radical disruption of those networks towards a previously unknown vertical brain-body axis as recently demonstrated by EEG observations (Dennison, 2019).