Fibonacci and the Golden Ratio
Found throughout Nature and in Rhythmedics
The heart of all Rhythmedics instruments
is a precise frequency generator utilizing a quartz
crystal
vibrating at a Fibonacci number frequency. Fibonacci numbers were
discovered by Leonardo of Pisa, Italy and are a number sequence where the
previous two numbers are added to create the next number in the sequence;
such as 1, 2, 3, 5, 8, 13, 21, 34, 55, 89 and so on. This number sequence
can be seen throughout nature as in the arrangements of seed spirals in a
sunflower and the number of petals in many flowers.
As the number sequence continues, the
ratio between two adjacent
values
approaches the Divine Proportion, known as Phi (pronounced fee) being the
ratio of 1.618 to 1. This ratio also exists throughout nature. It can be
seen in the increasing radii of the chambered nautilus and even in the
proportions of the human body as illustrated by Leonardo da Vinci in the
Vitruvian Man.
More significantly both Fibonacci numbers
and the Golden Ratio can be found
in the DNA of every cell in our bodies. Jean-Claude Perez
discovered a DNA supracode controlling the self-organization of the
nucleotides Thiamine, Cytosine, Adenine and Guanine (T,C,A,G), which make up
the steps in the double helix ladder of DNA. He discovered if you consider
144 contiguous nucleotides it results from 55 T bases and 89 C A G bases,
all Fibonacci numbers. These resonances extend to the ratios of the Atomic
Weights of the Bio-Atoms of Carbon, Oxygen, Nitrogen and Hydrogen that
create the nucleic bases of T C A G, such that the ratios of atomic weights
in strands considered to be ‘junk DNA’, that is DNA which could not be
translated into genetic information or related to known protein synthesis,
were equal to Phi, the Golden Ration of 1.618. Thus, even within the basic
building blocks of our bodies Fibonacci sequences and Phi exists at a primal
level. These and other personal insights led to understanding the
fundamental frequency from which all subsequent therapeutic frequencies
would be derived must be based upon a natural Fibonacci number.















