Is there a hidden symphony playing inside your very cells?
From the rhythmic pulse of your heartbeat to the cadence of your breath, biology and music are inseparable. We don't just create music; our bodies are built from rhythmic hierarchies, even carrying melodies from the womb into our first months of life.
The connection between biology and melody is profound. Our physical existence is defined by rhythms: the steady beat of the heart, the familiar tempo of footsteps, and the rise and fall of breath. This biological rhythm extends to the prenatal stage, where we are enveloped in the oscillations of the womb and the cross-rhythms of maternal blood flow and heartbeat—often a 3 against 2 rhythm. Research suggests these early sonic experiences leave lasting impressions, as infants can remember music heard in utero for months after birth.
This concept of 'internal music' is not a modern invention. The Ancient Roman philosopher Boethius categorized music into three types: Musica Instrumentalis (audently produced), Musica Mundana (the music of the spheres), and Musica Humana, which represents the internal music of the human body. This 'Musica Humana' is reflected in our unique vocal anatomy. Humans possess a significantly dropped larynx and sophisticated control over the soft palate, tongue, and lips. While this anatomy introduces a choking hazard, it grants us a staggering range of vocal production and the power of speech.
Music also mimics the moments when we lose physiological control. The gasps and non-linear spectra of sobbing or the loss of breath during laughter find echoes in musical composition, such as the grief-stricken, breath-notated opening of Elgar’s Cello Concerto. Beyond the human voice, the biological world pulses with its own patterns, where DNA sequences can become melody and the growth of disease can swell into an orchestral crescendo.
Source: Music of the Body - Milton Mermikides
