Beyond the veil of duality-topographic reorganization model of meditation.

IF 3.1 Q1 PSYCHOLOGY, BIOLOGICAL Neuroscience of Consciousness Pub Date : 2022-10-11 DOI:10.1093/nc/niac013
Austin Clinton Cooper, Bianca Ventura, Georg Northoff
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引用次数: 8

Abstract

Meditation can exert a profound impact on our mental life, with proficient practitioners often reporting an experience free of boundaries between a separate self and the environment, suggesting an explicit experience of "nondual awareness." What are the neural correlates of such experiences and how do they relate to the idea of nondual awareness itself? In order to unravel the effects that meditation has on the brain's spatial topography, we review functional magnetic resonance imaging brain findings from studies specific to an array of meditation types and meditator experience levels. We also review findings from studies that directly probe the interaction between meditation and the experience of the self. The main results are (i) decreased posterior default mode network (DMN) activity, (ii) increased central executive network (CEN) activity, (iii) decreased connectivity within posterior DMN as well as between posterior and anterior DMN, (iv) increased connectivity within the anterior DMN and CEN, and (v) significantly impacted connectivity between the DMN and CEN (likely a nonlinear phenomenon). Together, these suggest a profound organizational shift of the brain's spatial topography in advanced meditators-we therefore propose a topographic reorganization model of meditation (TRoM). One core component of the TRoM is that the topographic reorganization of DMN and CEN is related to a decrease in the mental-self-processing along with a synchronization with the more nondual layers of self-processing, notably interoceptive and exteroceptive-self-processing. This reorganization of the functionality of both brain and self-processing can result in the explicit experience of nondual awareness. In conclusion, this review provides insight into the profound neural effects of advanced meditation and proposes a result-driven unifying model (TRoM) aimed at identifying the inextricably tied objective (neural) and subjective (experiential) effects of meditation.

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超越二元性的面纱地形重组冥想模式。
冥想可以对我们的心理生活产生深远的影响,精通冥想的从业者经常报告一种在独立的自我和环境之间没有界限的体验,暗示着一种“非双重意识”的明确体验。这种体验的神经相关性是什么?它们与非双重意识本身的概念有何联系?为了揭示冥想对大脑空间地形的影响,我们回顾了针对一系列冥想类型和冥想者体验水平的功能性磁共振成像大脑研究结果。我们还回顾了直接探索冥想和自我体验之间互动的研究结果。主要结果是(i)后验默认模式网络(DMN)活动减少,(ii)中央执行网络(CEN)活动增加,(iii)后验DMN内以及后验和前验DMN之间的连接减少,(iv)前验DMN和CEN内的连接增加,以及(v)DMN和CEN之间的连接受到显著影响(可能是非线性现象)。总之,这些都表明,在高级冥想者中,大脑的空间拓扑结构发生了深刻的组织变化——因此,我们提出了冥想的拓扑结构重组模型(TRoM)。TRoM的一个核心组成部分是,DMN和CEN的地形重组与心理自我处理的减少以及与自我处理的更多非双重层的同步有关,特别是内感受和外感受自我处理。这种大脑和自我处理功能的重组可以导致非语言意识的明确体验。总之,这篇综述深入了解了高级冥想的深刻神经影响,并提出了一个结果驱动的统一模型(TRoM),旨在识别冥想的客观(神经)和主观(体验)效果之间密不可分的联系。
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来源期刊
Neuroscience of Consciousness
Neuroscience of Consciousness Psychology-Clinical Psychology
CiteScore
6.90
自引率
2.40%
发文量
16
审稿时长
19 weeks
期刊最新文献
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