Technical exploration reveals the connection between vigilance loss and frequency changes during sleep transition, suggesting new methods for awareness.
Short Description (EN) A technical and experiential exploration of the threshold between wakefulness and sleep. The text examines the moment in which vigilance breaks, describing it as a dimensional input governed by frequency. It proposes that maintaining awareness through the hypnagogic transition may allow access to an energetic, non‑physical plane where the self exists without the body. Abstract (EN) This work analyzes the precise moment in which vigilance is lost during the transition from wakefulness to sleep. It describes this point as a dimensional switch triggered by frequency changes, where the “I am” can no longer conceive its presence. The text argues that the inability to remain aware in the dream dimension is not inherent but due to non‑adaptation to specific frequencies. It proposes a method based on heart‑brain coherence and controlled breathing to maintain vigilance through the hypnagogic state, enabling exploration of an energetic plane where the self exists independently of the physical body. OpenAIRE Description (EN) This contribution presents a frequency‑based model of vigilance loss during the wake‑sleep transition. It identifies a dimensional input—defined as a break point—where awareness enters stand‑by due to frequency shifts from Beta to Alpha waves. The text proposes that maintaining vigilance in this liminal state may allow access to an energetic, non‑physical dimension associated with dreaming. It outlines an operational approach involving heart‑brain coherence and respiratory modulation to stabilize awareness below 8 Hz. This perspective is relevant to studies in consciousness, liminality, hypnagogic states, and frequency‑based models of non‑physical cognition. Extended Description (EN) The text begins by distinguishing three perceptual conditions: with open eyes one is “outside,” with closed eyes one is “inside,” and with half‑closed eyes one stands on the threshold between wakefulness and sleep. In this threshold, vigilance encounters a precise break point beyond which the self no longer knows what happens. This break point is described as a dimensional input, an internal switch that places vigilance in stand‑by. The “I am” does not remain awake during sleep; it simply cannot conceive its presence in a non‑physical, energetic condition occurring within the self while the body lacks vigilance. The text highlights the importance of the I‑body‑vigilance configuration, where memory persists, and contrasts it with the I‑vigilance configuration, which becomes essential for understanding who one is when memory is absent. The common assumption that “one cannot remember because one is asleep” is challenged as overly simplistic. This assumption creates a constant that leads to resignation and prevents investigation of the dream dimension, which remains an unresolved unknown. The work identifies the true obstacle as non‑adaptation to the frequency that precedes sleep. When Beta waves give way to Alpha waves (8–13 Hz), vigilance naturally decreases, triggering stand‑by. Recognizing this allows the formulation of a method to maintain awareness: acting precisely when the threshold appears, using heart‑brain coherence and controlled breathing to stabilize frequency slightly below 8 Hz without reaching the break point where cognitive activity ceases. This controlled descent activates the hypnagogic state, the liminal field that, if entered while awake, allows a fluid transition without interruption. The text emphasizes that this is not an instant process but a path for those who genuinely wish to explore what it means to be awake in the dream dimension, where the self exists as energy because the sleeping body is absent. It concludes by suggesting that this dimension may be supported by a holographic structure underlying the energetic plane, currently inaccessible to the waking self due to frequency limitations.
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Oliva FMOO (2026) studied this question.
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