(…) The problem of getting the frequencies within hearing range can be solved by recognizing that any hertz number divided in half or doubled will produce its corresponding lower or upper octave, respectively, whether it be sound or light. This technique is also used in MRI scans (i.e.
This is a common property of all organic molecules, and in fact infrared spectra are used as a primary diagnostic characteristic in analytical procedures.Īs the light is passed through the sample, it is absorbed by the sample at specific frequencies and the instrument plots the absorption bands as a spectrum.įor reference, below (left) is what the electromagnetic spectrum looks like,and on the right you see an example of what the data from magnetic resonance spectroscopy looks like.
The bases of DNA and RNA have certain resonance frequencies related to the absorption of infrared light. The realization of biological, infrared frequencies into sound has resulted in unusual insights into the harmonic fabric of DNA, and reactions from listeners suggest that our bodies may have a way of recognizing their own electromagnetic patterns through the resonance of tone. David Deamer collaborated on a science/art project which consisted of measuring the vibrational frequencies of the four DNA base molecules, translating them into ‘sound,’ programming them into a Yamaha synthesizer and using this tuning system as the basis for original compositions entitled Sequencia (1990 and ’94 CD). The following might be a tricky read, but pay attention – it’s awesome stuff! Deamer, professor of Chemistry and Biochemistry at the University of California, Santa Cruz, actually recorded the music of DNA! The paper is written by Susan Alexjander, an internationally known musical artist, who, in collaboration with Dr. With that in mind, it should be possible to reverse-engineer DNA to find out what sound frequencies DNA is responding to… and thankfully, someone has already done that work for us!…īelow is an excerpt from this article discussing an academic paper titled “ The Infrared Frequencies of DNA Bases, as Science and Art“. Now, as the Cymatics music video at the top of this page showed, matter responds to sound frequencies – and DNA is no different. Here’s a lovely computer graphic (borrowed from here) that further illustrates how DNA is structured according to phi. There’s more information on this here as well. What’s interesting with that, is that a pentagram also encodes phi: The phi ratio also encodes the physical dimensions of the human body:Īnd not surprisingly, the phi ratio can be found in our DNA:Īs you can see illustrated above, DNA is structured according to a 12-sided dodecahedral framework, and thus the axial view of DNA (i.e. Phi can even model the reproduction of rabbits, which is in fact how Fibonacci first encountered the ratio:
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