The waking state occupies a contested but indispensable position across the depth-psychology corpus. Far from being treated as the unquestioned baseline of human experience, it is persistently problematized: neuroscientists such as Damasio and Panksepp reveal it as a constructed, neurophysiologically maintained condition—separable from consciousness itself, dependent on hypothalamic, brain-stem, and cortical interplay, and subject to dissolution through coma, vegetative state, or anesthesia. Panksepp further notes that waking states have resisted the subcategorization applied to sleep states, even as he anticipates that affective science will eventually map distinct waking modes onto distinct neural substrates. Against this naturalistic backdrop, the contemplative traditions invoked by Evans-Wentz, Singh, Aurobindo, and Easwaran contest the privileged reality of waking experience altogether: in Tibetan yoga the waking-state conception of time is deemed no more fixed than that of the dream-state, and the Buddha’s challenge—that the wandering, distracted mind is already dreaming—is deployed by Easwaran as a developmental criterion for genuine awakening. Bosnak’s embodied-imagination school carves out a third position, treating the waking hypnagogic state as a dual-consciousness threshold that productively mediates between ordinary waking awareness and full dream immersion. The tension between waking as neurological achievement, waking as epistemological criterion, and waking as spiritually suspect illusion runs throughout the corpus and gives the term its enduring theoretical charge.
the mystery of consciousness does not reside with wakefulness. On the contrary, we have considerable knowledge about the neuroanatomy and neurophysiology behind the process of wakefulness.
Damasio argues that wakefulness is the best-understood component of the consciousness triad—separable from mind and self—and therefore does not itself constitute the explanatory problem of consciousness.
, Self Comes to Mind: Constructing the Conscious Brain, 2010thesis
Although the waking states have typically not been subcategorized, it eventually may be possible to do so by focusing on the many different emotional and mood states organisms can experience.
Panksepp contends that the waking state lacks the systematic neural taxonomy applied to sleep stages, and proposes affective differentiation as the future criterion for distinguishing discrete waking states.
, Affective Neuroscience The Foundations of Human and Animal, 1998thesis
In the waking hypnagogic state images surround us, though they are usually experienced as more flimsy than are the solid quasi-physical presences of dream worlds. This relative flimsiness is partly due to our dual state of consciousness in the waking hypnagogic state.
Bosnak defines the waking hypnagogic state as a dual-consciousness threshold in which awareness of imaginal content coexists with retained waking knowledge, distinguishing it structurally from full dream immersion.
, Embodiment: Creative Imagination in Medicine, Art and Travel, 2007thesis
The waking-state conception of time is quite different from that of the dream-state, wherein, in one night or even one moment of waking-state time, the dreamer may go through years, centuries, aeons of experiences.
Evans-Wentz draws on Tibetan yoga to argue that the waking state’s conception of time is neither fixed nor privileged, serving as yogic proof of the illusoriness of all conditioned states.
, The Tibetan Book of the Great Liberation, 1954thesis
That wakefulness and consciousness are not one and the same is apparent when we consider the neurological condition known as vegetative state.
Damasio uses vegetative-state patients—who display wake-pattern EEGs without any signs of awareness—to establish the fundamental dissociability of wakefulness from consciousness.
, Self Comes to Mind: Constructing the Conscious Brain, 2010thesis
When your mind is wandering from subject to subject, from memory to memory, from desire to desire, you say, ‘This is rational thinking.’ ‘You are asleep,’ the Buddha would correct, ‘and you are having a series of dreams.’
Easwaran, channeling the Buddha, radically subverts the normative status of the waking state by equating undisciplined waking cognition with dream-series, reserving the name ‘awake’ for a concentrated, one-pointed mind.
, The Bhagavad Gita for Daily Living: A Verse-by-Verse Commentary, 1975thesis
the REM state is no longer just a waking state masked under the massive motor relaxation of atonia; it is a distinct brain state. The entire brain stem appears to make a dramatic ’180-degree state-shift’ during REM.
Panksepp uses reticular stimulation evidence to refute the hypothesis that REM is simply a disguised waking state, instead establishing it as a qualitatively distinct neural configuration.
, Affective Neuroscience The Foundations of Human and Animal, 1998thesis
entropy is suppressed in normal waking consciousness, meaning that the brain operates just below criticality. It is argued that this entropy suppression furnishes normal waking consciousness with a constrained quality and associated metacognitive functions, including reality-testing and self-awareness.
Carhart-Harris proposes that the waking state is neurodynamically defined by sub-critical entropy suppression, which grounds reality-testing and metacognition as hallmarks uniquely belonging to ordinary waking consciousness.
, The Entropic Brain: A Theory of Conscious States Informed by Neuroimaging Research with Psychedelic Drugs, 2014thesis
Wakefulness is best described from watching the transition from sleep to wakefulness… When wakefulness is removed, dream sleep aside, consciousness is removed.
Damasio operationalizes wakefulness through the sleep-to-waking transition, arguing that its removal (outside of dream sleep) entails the removal of consciousness.
, The Feeling of What Happens: Body and Emotion in the Making of Consciousness, 1999supporting
waking can be defined as state of high activation drawing on external information and controlled by the aminergic neurotransmitters.
Bulkeley, summarizing Hobson’s AIM model, provides a neuroscientific operational definition of the waking state as aminergic-dominant, externally oriented, and highly activated—in explicit contrast to REM and NREM states.
, An Introduction to the Psychology of Dreaming, 2017supporting
The delicate balance of wakefulness depends on the close interplay of hypothalamus, brain stem, and cerebral cortex.
Damasio maps the neuroanatomical architecture sustaining wakefulness, emphasizing its dependence on hypothalamic light-response, brain-stem value-signaling, and cortical integration.
, Self Comes to Mind: Constructing the Conscious Brain, 2010supporting
conscious states of mind are possible only when we are awake, although a partial exception to this definition applies to the paradoxical form
Damasio establishes wakefulness as a necessary (if not fully sufficient) condition for conscious mind states, acknowledging dream consciousness as a partial exception to this rule.
, Self Comes to Mind: Constructing the Conscious Brain, 2010supporting
the waking hypnagogic state has the advantage of being much more accessible than the lucid dream state… While a usual dreamer can readily get into the waking hypnagogic state, becoming lucid while dreaming is, at least, unreliable.
Bosnak argues for the therapeutic superiority of the waking hypnagogic state over lucid dreaming on grounds of reliability and accessibility, positioning it as the practical threshold state for clinical work with imagery.
, Embodiment: Creative Imagination in Medicine, Art and Travel, 2007supporting
This also includes the regulation of our basic states of arousal, wakefulness and activity. And as messy and primitive as the brain stem reticular activating system is, it does its assigned job of preserving life magnificently.
Levine, drawing on Nauta and Bernard, situates wakefulness regulation within the brain-stem reticular activating system as a primal life-maintenance function intrinsic to trauma physiology.
, In an Unspoken Voice: How the Body Releases Trauma and Restores Goodness, 2010supporting
these findings led to the classic idea that the brain has an ascending reticular activating system (ARAS) to generate waking arousal.
Panksepp situates the concept of waking arousal within the history of the ARAS hypothesis, grounding the waking state in reticular formation physiology while acknowledging subsequent critiques of this oversimplification.
, Affective Neuroscience The Foundations of Human and Animal, 1998supporting
it is even possible to become wholly conscious in sleep and follow throughout from beginning to end or over large stretches the stages of our dream experience; it is found that then we are aware of ourselves passing from state after state of consciousness to a brief period of
Aurobindo suggests that inner development can extend waking-type consciousness into sleep, dissolving the ordinary boundary between waking and dream states as separate, mutually exclusive conditions.
, The Life Divine, 1939supporting
Every night, when we fall asleep and reach the deep, refreshing, dreamless stage of sleep known as stage 4, we are, in terms of consciousness and of
Damasio uses stage-4 sleep as the comparative zero-point against which waking consciousness—and the consciousness suspended in coma—can be precisely measured.
, The Feeling of What Happens: Body and Emotion in the Making of Consciousness, 1999supporting
He becomes the holder of the power in the dreaming state also, not only in wakefulness.
Singh’s commentary on the Vijnana Bhairava presents wakefulness as merely one of several states over which the accomplished yogi holds mastery, with the dreaming state equally governable through turya-centered practice.
, Vijnana Bhairava: The Manual for Self-Realization, 1979supporting
One can be awake, alert, and fully conscious without being ‘aroused’ in this sense, but we all know that our organisms can be ‘aroused’ in this sense during sleep, when we are not awake, attentive, or conscious.
Damasio clarifies that physiological arousal and wakefulness are dissociable phenomena, cautioning against conflating the two in theories of consciousness.
, The Feeling of What Happens: Body and Emotion in the Making of Consciousness, 1999aside
In the dream, emotional realities may stand up to be counted as the less important details and pretenses of our conscious lives fade with the onslaught of sleep.
Panksepp, in a personal reflection, suggests that dreaming strips away the pretenses of waking life to expose deeper emotional realities, implying an inverse relationship between waking self-presentation and dream truth.
, Affective Neuroscience The Foundations of Human and Animal, 1998aside
drawing a quite different distinction from Jung’s between the nightworld of dreams and the dayworld of consciousness.
Samuels notes that post-Jungian revisionism challenges the sharp boundary Jung drew between the dream-world and the dayworld of waking consciousness, questioning whether the two are as categorically distinct as classical theory held.
, Jung and the Post-Jungians, 1985aside
Themes – repeated themes in the waking dreams… Response by nocturnal dreams in between sessions
Tozzi’s clinical protocol situates the waking dream as a distinct methodological category requiring its own interpretive criteria, including tracking dialogue between waking-dream themes and nocturnal dream responses.
, Active Imagination in Theory, Practice and Training, 2017aside