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The use of vocal sounds has
probably been performed intuitively as a response to human interactions
even before the ability to consciously make and interpret sound was
realized. Using computer analysis, the sounds of spontaneous moaning,
groaning, yawning, screaming, sighing, laughing and 'fillers' sounds, such
as "mm" and "ah" have been found to contain the stressed frequencies that
are required to elicit improvement.
The principles of BioAcoustics
originate with the idea that the brain perceives and generates impulse
patterns that can be measured as brain wave frequencies; which in turn are
delivered to the body by way of nerve pathways. The theory incorporates
the assumption that these frequency impulses serve as directives that
sustain structural integrity and emotional equilibrium. When these
patterns are disrupted the body seeks to reveal the imbalance by
manifesting symptoms that are interpreted as disease and stress. Inquiry
by modern as well as ancient researches have attempted to develop a
screening procedure that would accurately delineate the frequency
measurements of the body.
BioAcoustics uses voice spectral
analysis as a tool to identify and interpret the constant, complicated
frequency interactions within the body. The technique has provided insight
into the possibility that the frequencies contained in the vocal patterns
provide a holographic representation of the human
body.
BioAcoustics attempts to promote structural and emotional
integrity. In the animal kingdom, vocalization patterns are being studied
as a representation of the environment. This is a separate branch of
BioAcoustics.
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