Frequencies
Investigating the frequencies that govern the relationships between physics, music, and living systems makes it possible to develop their most effective therapeutic applications.
Research
In physics, frequencies describe phenomena such as sound waves, electromagnetic waves, and the oscillatory processes of many biological systems.
Pre-polyphonic sound in particular, understood as a primordial, uncodified sound frequency, can bring different elements into resonance, synchronizing them without conflict. Roberto Pinelli studies the laws that govern these phenomena and their medical applications, using sound [1] and electromagnetic [2] frequencies to restore functional coherence to the organism, decalcify it, and bring it back to health.
From pre-polyphonic frequency to therapeutic harmonies. Music has always accompanied Roberto Pinelli’s research journey. His experience as a pianist and orchestra conductor has allowed him to perceive firsthand the similarities between musical relationships and natural geometries. Rhythm, tempo, and tonality become keys for understanding both musical scores and the physical frequencies that regulate different aspects of the cosmos and various functions of human physiology.
References
[1] Stocker P. Origins and Research on Sound Healing [Internet]. 28 June 2019. Available from: https://www.pierrestocker.com/origins-and-research-on-sound-healing/.
[2] Reiter RJ. Electromagnetic fields and melatonin production. Biomed Pharmacother. 1993.
The term refers to measurable phenomena such as sound waves, electromagnetic waves, and oscillatory processes present in living systems. In this research, frequencies are observed as physical languages capable of organizing relationships, rhythms, and states of balance.
For Roberto Pinelli, sound, especially in its pre-polyphonic and uncodified dimension, can bring different elements into resonance without conflict. It is a key that brings together musical experience, clinical observation, and an understanding of natural geometries.
The working hypothesis is that properly calibrated sound and electromagnetic frequencies can help the organism recover functional coherence, promoting rebalancing, regulation, and well-being within an integrated medicine framework.
Certainly. Someone once said that without sound and music, life would be a mistake. Music is part of our existence because, as science has shown, all our cells also emit sound. So without any doubt, music is life.
The music we listen to, whatever kind it may be, is created by human beings. Vibration is not: it is part of the planet, part of the universe. I am referring to a very low vibration, between 4 and 8 hertz, around the frequency known as the Schumann resonance, and it represents the way plants communicate with one another. It existed before humans appeared, whereas music came later. That is why we can say that without vibration, we would not have music.
