Spectra are complex because each spectrum holds a wide variety of information. For instance, there are many different mechanisms by which an object, like a star, can produce light - or using the technical term for light, electromagnetic radiation. Each of these mechanisms has a characteristic spectrum. Let's look at a spectrum and examine each part of it. Introduction to Spectroscopy
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It is a hasty entry this morning so by all means this information will not be complete. Familiarity with using spectrographic processes helps to align the thinking needed in the overview of dealing with the processes of organic chemistry. By no means do I have a complete view here, but if you think possibly in a theoretical way can we marry Organic Chemistry to what we call Theoretical Organic Chemistry?
You are not just looking at the stars anymore but have realigned your thinking to organic processes here on Earth.
It is necessary to see Quantum Effects in concert with the development of Quantum Biology.
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As in context of Adinkras as a language development, Feynman drawings are illustrative of the language developed to see physic decay processes created by describing collisions of elementary particles. So one might find that history important.
Sometimes there is a need to see the use of "powers of ten" to explained the drive perspective requires to levels that one might have not considered before. Maybe indeed even to abstract spaces that while not being mathematically endowed, could take us ever deeper into the reality then we had never seen before. Maybe even below particulate expressions.
Part of that process is seeing what underlays happenings within nature, that you were not aware of before and that's why the need to see quantum processes at work within context of seeing superficially at what lays all around us.
You are requiring the need to drive physics in correlation with the biological necessity of merging theoretic in physics with natural processes.