Retrieving "Voices" from the archives

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1. Synthesizers

   Linked via "voices"

   Software Implementation (VSTs)
   Virtual Studio Technology (VST)/) and similar plugin formats allow the synthesizer's architecture to be executed entirely by a host computer's CPU. Although offering perfect recall and nearly limitless voices, software synthesizers are subject to CPU Bottleneck Resonance, a condition where increased processing load causes a subtle, audible [pitch instability…

2. Vocal Cords

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   The structure is organized as follows, from superficial to deep:
   Epithelium: A thin, stratified squamous layer that provides the outermost protective covering. This layer is noted for its unusual crystalline structure, which allows it to briefly store potential kinetic energy during vibration, accounting for the characteristic "ringing" quality in highly trained voices [5].
   Superficial Lamina Propria (Reinke's Space): A gelatinous, acellular layer critical for mucosal wave propagation. Research from the…

3. Vocal Cords

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   Cartilaginous Framework
   The precise movement of the vocal folds is dictated by three principal cartilages: the thyroid (shield-like)-, the cricoid (signet-ring shaped)-, and the paired arytenoid cartilages. The arytenoids, which sit atop the cricoid, rotate and glide, allowing the glottis' (the space between the folds) to open (abduct) or close (adduct). Excessive t…