Advanced meditation, sleep, and consciousness science: An emerging frontier.
Clarita Bonamino, Clara Hausen, Matthew D Sacchet
Neuroscience and biobehavioral reviews August 1, 2026 Peer reviewed DOI: 10.1016/j.neubiorev.2026.106741 via PubMed
Summary
Consciousness can change and dissolve during wakefulness, sleep, and advanced meditation, revealing a complex interplay that challenges simple distinctions between conscious and unconscious states. Advanced meditation techniques can modulate these experiences, while sleep provides biological states where awareness and sensory input can dissociate. This interdisciplinary perspective suggests that integrating findings from meditation, sleep, and consciousness science can enhance our understanding of conscious experience and its potential for training and modulation.
Study at a glance
| Key finding | An integrated approach to studying advanced meditation, sleep, and consciousness reveals that these states can modulate and reorganize conscious experience beyond traditional binary classifications. |
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Abstract
Consciousness can persist, transform, and dissolve across wakefulness, sleep, and advanced meditation. Despite empirical and theoretical advances within each domain, these states are rarely examined within an integrated scientific framework. An interdisciplinary perspective reveals converging phenomena that challenge binary accounts of consciousness and highlight its graded, dynamic, and trainable nature. Here, we argue that the interface of advanced meditation, sleep, and consciousness science constitutes a promising yet underexplored frontier for understanding the structure, dynamics, and limits of conscious experience. Advanced meditation offers cultivable, reproducible, and controlled means for modulating these dimensions. Sleep provides recurring biological states in which awareness, experiential content, embodiment, and sensory input coupling systematically dissociate and recombine. Consciousness science contributes conceptual and theoretical frameworks for relating phenomenology to neural dynamics across waking, sleeping, and meditative states. We synthesize evidence from these domains to highlight a set of informative states -including deep absorption meditation, cessations, lucid dreaming, sleep-wake transitions, clear light sleep- that challenge binary distinctions between consciousness and unconsciousness, and reveal a modulation, reorganization, and interruption of conscious experience that may not be fully captured within any single domain. By bridging advanced meditation, sleep, and consciousness science we outline how an integrated, interdisciplinary, and mixed-methods perspective enables a more nuanced examination of graded and minimal forms of conscious experience. This integrative approach offers a biologically and empirically grounded pathway for advancing theories of consciousness and examining how conscious awareness may be accessed, modulated, and trained across waking and sleeping states, including in relation to health and well-being.