CAPSAICIN AND THC SINCE THE CRETACEOUS

Capsaicin has a functionality similar to tetrahydrocannabinol. The two chemicals could each probably use yet another name, names that reflect the formal structure that makes them similar. Both chemicals are long, that is, extensive in one dimension, and they have different ends which have through evolutionary time taken on different characteristics which are in turn used to distinguish separate principles. One end is complex and heavy, so heavy that it has a gravitational field that is chemically noticeable. The other end is very light and as a result the electric field associated with its molecular structure is distinct from the gravitational field. Capsaicin is much weaker at making these two fields distinct, though if one understands gravitational and electric fields well enough, the distinction is still perceptible. It was probably flowering plants that discovered the fact that some long molecules have heavier ends and "lighter" ends, than others. That would have been sometime in the past at least a hundred and twenty million years, because flowering plants were thought to have emerged then. In fact, the distinction could have been as old as trees, upward of 500 million years. Apparently certain of the plants would concentrate these long, anti-symmetrical molecules, at first in bulk structure, and later in flowers and seeds because they more strongly affected the plant's survival in those more sensitive parts of the plant. Insect flight, as of dragonflies, implies the older origin of the distinction between gravitational and electric fields by plants, because it could explain the way flight emerged at all. The plants grew up, tall, high. Insects and other animals could climb them. Flying would have become an early dream or goal. At the same time, both kinds of animals consumed plants. Eventually some discovered the long, anti-symmetrical molecules that were a part of the technique used by plants to distinguish between gravity's downward direction and electricity's upward direction. The earliest molecules that were long and distinguished mass from electric charge were more primitive than the two discussed above. Insects would have been the first consumers of long, anti-symmetrical molecules and the first to use them to advantage. The electric field end would have led worms to grow legs which formed insects of low order. The low-order insects would have grown feelers and appendages of various kinds. The appendages would have includes many things such as fur, and one of the most important would have been antennas which were feelers sensitive to the external electric fields surrounding the creatures. Eventually, the anti-symmetrical molecules, along with the earlier developments they inspired - legs, extensions, appendages, feelers and antenna - would have brought the desire go beyond merely falling and hopping, to a desire to fly. Millions of years of chewing on long anti-symmetrical molecules that had a gravitationally heavy end and an electrically charged light end, would have brought about success in the striving for and development of wings. Much recently, flowering plants have invented capsaicin. It is a chemical by which birds are relatively unaffected. The reason is clear: birds have already attained flight, and no longer need to taste capsaicin. THC is a longer molecule and its makes a much more extensive and obvious distinction between gravity and electric fields, including both electric field attraction and electric field repulsion. That's why, at once, people who use THC are "heavy" as in "heavy, dude", and at the same time light-headed and "high". They are, to use the jargon's argot, really getting into that high sensation. Of course the important high sensations have been the development of air and space flight, as well as the construction of tall architectural works. On the other hand, these industrial market technologies are still somewhat coarse in molecular terms, though they are far more pure than ever happened in the past, and much more is known about what is going on because of the development of rational, recorded thought conducted with persistence for, if necessary, centuries of time. In addition, as technology progresses it is beginning to pay closer, more meticulous attention to its products, and nanoscale products are approaching and beginning to merge with molecular scale activity. To make things even more impressive, discovery of the quantum of action has made the nano- and molecular design phases of technology completely uncanny. One does not need THC to savor the old chemical high, because ordinary hot peppers are fine for that. Just pay attention in the flavor (the burning sensation) to the difference between the molecular gravitational and electric fields at opposite ends of the capsaicin molecules that are searing your taste buds. As for the other drugs, one surmises that opium molecules which are produced by poppies are degenerate, and do not differentiate between the gravitational and electric fields at all. They induce creatures to give up striving to fly. The morphine molecule is a heavy, dense, compact structure which looks like it was designed to, or accidentally stumbled upon, be formed like a triangle with a CH3 molecule at one apex and two HO molecules. The opium molecule looks like it was designed to cashier the -CH3 methyl group's reputation for being "light" and thus end its value as a molecular symbol for something that is distinct from gravity, which, because of the hydroxyl groups, simply anchors two apices of the molecule in water-containing substances like damp earth and mud. God only knows what ants think of it.