"The human voice sounds thicker with a chorus and reverb than a dry signal"

Ken Hill's quote, "The human voice sounds thicker with a chorus and reverb than a dry signal", clarifies the transformative effects of noise processing technologies on vocal efficiencies. To analyze this, we should first understand the technical aspects at play.

A "dry signal" refers to an unprocessed audio recording-- a raw capture of the voice, unblemished by effects. This signal frequently highlights the natural tonal attributes and the vulnerabilities of the human voice. It makes love and pure however can also feel separated or plain depending upon the acoustic environment and the quality of the recording equipment.

Adding "chorus" to a singing recording is a technique that includes replicating the audio signal and somewhat differing the timing and pitch of the duplicates. This develops a sound that imitates multiple voices singing in unison, thus the name "chorus". The outcome is a richer, more expansive noise. It can improve the psychological resonance of a song by making the voice feel more grandiose or lavish.

"Reverb", brief for reverberation, replicates the impact of sound showing off surface areas in an acoustic environment. Applied to vocals, reverb can make a voice seem like it's being sung in a big hall or cathedral, including depth and area. This effect can evoke feeling, create atmosphere, or include a sense of continuity to a performance.

When Hill discusses that a voice sounds "thicker" with these effects, he is referring to the method these processes improve the sound. Chorus and reverb mix several layers of audio to form a more textured and full-bodied noise-- a stark contrast to the singularity of a dry signal. In musical production, these strategies are commonly employed to boost expression, accommodate numerous artistic intents, and suitable the audio for various listening environments.

Ultimately, Hill's declaration underscores not just the technical improvement but likewise the psychological and visual amplification that audio results can provide. These aspects collectively produce an auditory experience that feels more immersive and, for many listeners, more fascinating.