Intelligent Sugar Molecule

The mind-body medicine has thus far discovered that neurotransmitters are the carriers of intelligence. But where do they get that intelligence from? Stretching the intelligence of neurotransmitter molecules further, Chopra puts the official seal on the strange ideas he has been hinting at, and arrives at the heart of his theory of quantum healing:

The mystery of mind-over-matter has not been explained by biology, which prefers to push on to more and more complicated chemical structures. It is still obvious that no one is ever going to find a particle, however minute, that nature has labeled ‘intelligence.’  You may find it easy to think of DNA … as an intelligent molecule; certainly it must be smarter than a simple molecule like sugar. But DNA is really just strings of sugar, amines, and other simple components. If these are not “smart” to begin with, then DNA couldn’t become smart just by putting more of them together. Following this line of reasoning, why isn’t the carbon or hydrogen atom in the sugar also smart? Perhaps it is. (pp. 65-66)

All medical doctors, who, by the nature of their training, are required to take a good number of chemistry courses, should know the qualitative difference between a chemical compound and its constituents. However, Chopra, with his idea of the presence of intelligence in the simple constituents of a more complex structure, shows a complete ignorance of this basic understanding. To measure this ignorance, consider geraniol, the chemical name for the rose fragrance. Each molecule of geraniol consists of ten carbon atoms, eighteen hydrogen atoms, and one oxygen atom. One of Chopra’s readers has some questions for him. Here is how the QA conversation might go:

Reader: Why does geraniol smell so sweet?
Chopra: Because hydrogen, carbon, and oxygen atoms smell sweet.
Reader: Hydrogen sulfide consists of two hydrogen atoms and one sulfur atom. Why does hydrogen sulfide stink like a rotten egg?
Chopra: Because both hydrogen and sulfur atoms smell like rotten eggs.
Reader: Wait a minute! How can a hydrogen atom smell like a rose and stink like a rotten egg?
Chopra (after some thinking): A hydrogen atom is intelligent enough to know when it belongs to a geraniol molecule and when to a hydrogen sulfide molecule!

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