modern science book on light, but it is an important gift from Dinshah Ghadiali –a brilliant Zoroastrian pioneer in medicine from the last century, whose contribution to science is only just now beginning to be realised.
Look at the ‘colour wheel’ below, notice all the colours of the spectrum are there with a few additions. Between yellow and green there is ‘lemon’ and between green and blue there is ‘turquoise’. Futher, Violet is no longer left hanging at the end of the rainbow but is now joined to red via ‘purple’, ‘magenta’ and ‘scarlet’.
These 5 colours are hugely significant and yet we hardly notice them because we are taught so much about the 7 colours that split from white light through a prism. When we look at magenta, we discover this colour has caused a raging scientific controversy with claims from one camp this it is not a colour and a rebuttal from another that it most definitely is. When searching for information on the wavelength of the colour magenta we find excerpts such as:
http://chemistry.about.com/od/colorchemistry/f/how- magenta-works.htm
This statement is a little unclear and I will try to help clarify why.
We can see magenta with the naked eye so why is it not viewed as a colour in the visible spectrum? It betrays the limited view of the electromagnetic spectrum by modern scientists. Harold Saxton Burr had it right when he said the electromagnetic spectrum is like a coiled spring not a straight rule.
In the diagram you can see how the wave of light where magenta is located starts directly under the wave where green peaks.
The mistake of modern science was to flatten this spring into a rule. The rising peaks and troughs of the wavelengths of ‘spiraling light’ are viewed two dimensionally on the average spectrum chart below.
When we look down the barrel of spiraling light we see magenta, we see purple and scarlet and we clearly see lemon and turquoise!
This spiral structure of the electromagnetic spectrum also explains why the strings on a piano will vibrate when a certain note is played, all of the other notes in higher octaves will also vibrate. If we can imagine musical notes on spiraling octaves and each note returns to sit directly above its harmonic in a lower octave, we can much easier understand how a sound can now reverberate up the octaves as it does so mysteriously. This toroidal spring is like the double helix in the DNA, entwined with what he called the electro-dynamic spectrum.
“Magenta is the complementary colour to green, or the colour of the afterimage you would see after you stare at a green light. All of the colours of light have complementary colours that exist in the visible spectrum, except for green’s complement, magenta.”
54 CHOICE POINT MAGAZINE
As you know I like to keep you informed about exciting seminars –there is one coming up in October 7th -9th in Greenboro, North Carolina, so look out for the Bio-energetics Conference and I will hope to see you there.
www.choicepointmagazine.com
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