three compartment cochlear model
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A three compartment cochlear model
Applying physics makes auditory sense
three compartment cochlear model theoretical explanation basic overview essential fundamentals applying physics makes auditory sense theory booklet BOOK new hypothesis hearing paradigm Bernoulli effect hydrodynamic behavior functioning sensory processing pitch perception calculations human mammalian inner ear
keywordsfocus: Bernoulli effect hydrodynamic behavior
by Willem Christiaan Heerens an all-round academic physicist and mathematician and coauthor Jacob Alexander de Ru an accomplished physician specialized in the otolaryngology discipline
three compartment cochlear model
How better to learn the applying physics makes auditory sense theory than directly from his creator, Heerens himself? Heerens describes the theory, illuminating his case with numerous examples and a smattering of math (nothing more complex than high-school algebra). The booklet is not casual reading, but for those who appreciate his work, applying physics makes auditory sense will prove a stimulating read.
applying physics makes auditory sense
Appendix I ( A I )
Verification of calculations of residual pitch and beat phenomena by the reader
Appendix II ( A II )
The residual pitch and beat phenomena that can be heard in practice by the reader
E.2. Pitch perception in incomplete harmonic sound complexes.
Presentation of composed sound fragments.
E.3. Residual pitch perception in unresolved enharmonic tone series.
Presentation of composed sound fragments.
E.4. Addition of harmonics and their influence on beat phenomena.
Presentation of composed sound fragments.
E.5. Modifying a beat frequency by adding a low frequency stimulus.
Presentation of composed sound fragments.
E.7. Is pitch shift in an enharmonic tone complex an illusion?
Presentation of composed sound fragments.
E.8. Infrasound can also be heard according to the squaring principle.
Presentation of composed sound fragments.
