Clear Supertone -

The Clear Supertone is not an absolute physical property but a relational psychoacoustic one. A partial may be a CST for one listener with normal hearing but not for another with cochlear damage. Future work must:

Targets only the reverb of the voice . This is a critical distinction; it removes the room reflections without affecting the natural tone of the speaker. clear supertone

For individuals with sensorineural hearing loss, reduced frequency resolution widens ERBs. The CST framework suggests that hearing aids should implement "spectral contrast enhancement" – artificially increasing ( L(f_0) - M(f_0) ) for speech formants while suppressing in-between bands. The Clear Supertone is not an absolute physical

In both musical acoustics and consumer audio, terms like "brightness," "presence," and "clarity" are often used subjectively. This paper introduces a novel, quantifiable concept: the . Defined as a spectral component—either harmonic or selected inharmonic partial—that emerges from the background mask with sufficient signal-to-noise ratio (SNR) and temporal coherence to enable immediate perceptual segregation. Unlike traditional partials, a CST is characterized not merely by its amplitude or frequency but by its perceptual contrast ratio against adjacent spectral energy. We propose a mathematical model for CST based on the Equivalent Rectangular Bandwidth (ERB) scale and demonstrate its potential applications in mix engineering, hearing aid algorithms, and sound synthesis. Experimental protocols for CST detection are suggested. This is a critical distinction; it removes the

From vintage guitar amplifiers to modern broadcasting microphones, the pursuit of the "Clear Super Tone" defines the modern listener’s preference for transparency over coloration.