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Acustic Sound Fields Vibrational Landscape Minaural/Binaural Acoustic Perception Scientific PublicationsThe Vibrational Landscape
The vibrational landscape — from fractal overtones and clustered frequencies to chaotic–coherent shifts and stochastic resonance — all these vibrational expressions arise through acoustic pressure dynamics principles, that are scientifically recognized to the field – frequency – response.
Pressure Field → Fractal Overtones → Stochastic Resonance
Acoustic Pressure Modulation
The acoustic pressure field is the physical environment. Within that field are found the fractale overtones, frequency clusters and chaotic–coherent crossovers.
Fractal Overtones
Fractal overtones are the fine acoustic information within the field —
micro-variations that activate the nervous system without overwhelming it.
Frequency clusters
Frequency clusters are groups of closely spaced frequencies that vibrate together, creating dense, layered sound structures that the nervous system responds to more intensely than single tones.
Chaotic–coherent crossover
A rare state in which chaotic micro-vibrations and coherent tonal structures overlap — creating a dynamic mix of unpredictability and order that the nervous system responds to with heightened sensitivity and regulation.
Stochastic Resonance
Stochastic resonance is the nervous system’s ability to amplify subtle signals when stimulated by the micro-variations of the acoustic pressure field. A phenomenon where a slightly chaotic signal increases sensitivity and supports neural balancing.
Brainwave Entrainment
Internal rhythms slow down in response to the external sound field:
→ from Beta (stress)
→ into Alpha/Theta (calm, integration, repair).
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