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Another Royal Correspondence: Query on Sensory Devolution

The stomach can be described as an inward looking eye. Within that inward eyeball, chemicals are injected and mixed with organic material that are consumed by the host body. There is an incredibly amount that one can research on this matter. One can study the complexity of many eyes within eyes by studying along with the stomach the many other stomach-like organs attached to it such as the tongue, the salivary glands, the liver, the gallbladder, the pancreas, and so on. One can study about the circulatory system of the heart itself as being part of the digestive system in that it transports nutrients and waste to and from the whole body.

One can also study how the heart devolved as a rudimentary sense organ forming over time from an organ that at one time appeared perhaps similar to a basic eye. What about the more primitive circulatory system of the lymphatic system?

Organs today would not have appeared exactly like an eye before their devolution, but more like the 'sensorium' of which Sir Isaac Newton conceived.

One can marvel at the body's biochemical system of the brain the way it spreads from neurotransmitters within the skull all the way down to nerves in the little toe. The whole of the human body isn't a basic eye, but has developed into a very complex sensorium. Every part making up the brain today would be sense organs divided and devolved over time from the overall sensorium. This process is performed generational through the reproductive system.

One can ponder outside of the human body to that of the animal of a bat. Indeed, a bat's ears function very much like our eyes. A flying bird can be discerned from bats as the first of the two will tend to stop operating at about the same time the latter comes out at night. A bat does not fly from point A to point B as most birds do. Bats use their hearing to zig-zag twisting and turning in the air flying from one prey to another to capture and eat them. They are able to consume huge amounts of mosquitoes in this fashion.

What might Sir Isaac Newton's 'sensorium' he spoke of appear like? There seems to be a relationship between smelling and tasting. Yet, the senses of smelling, tasting, hearing, and sight are all protected by similar mucus membranes. Other organs that one wouldn't classify as a sensory organ are also protected by their very own mucus membranes. Here is how google defines a mucus membrane:

An epithelial tissue that secretes mucus and that lines many body cavities and tubular organs including the gut and respiratory passages.

Indeed, as these mucus membranes are separted from each other, they are a giveaway that many organs now exist as devolved sensory organs having one time existed as part of Sir Isaac Newton's sensorium.