Rather than an internal digression, I thought I would incorporate an interlude between Chaos Parts 1 and 2. If only I had done a prelude, I could then add a couple more interludes, and make it a symphony. Problem with that is symphonies are usually in four parts and include an allegro—opening sonata—which are fast, lively, and bright; even the adagio—the slow, stately movement is only partly there, and yes, I am saying slow, but not too stately…. In fact, my writing probably falls into lento or maybe larghissimo—slow-to-very slow. And this has absolutely nothing to do with what I am writing about… so possibly I should have used the term non sequitur in lieu of interlude.
Onward to the subject: orderliness in the Universe. It would seem to me that even the range, in size of physical matter iterates this order. If I may omit such theorized things as quantum foam, at ~10-35m, or the estimated size of the Universe, 1027 m, I find something of interest. I threw these two out, as both are unknowns and greatly skew the curve….
Using the smallest “known” particle, the neutrino (outside the radius of the quark), at
10-24 m, and the distance across the known Universe at 1026 m, I find this a highly unlikely ratio in a Universe where chaos may exist. If placed on a graph, the smallest and the largest known “sizes” are but a factor of 10 of being equidistant from the origin 0,0, otherwise known as the intersection of the XY-axis. And this 10-factor, in my opinion may not even exist, it may be nothing more than an error factor in mathematics when attempting to measure so far from the origin, or it may even be predicated on a faulty origin.
Measuring so far from the origin (btw—the origin used is a meter), would neither space-time curvature, or fractals, have a likely effect on measuring a size, or entropy, itself? This could account for the slight distance variant we see on the X-axis. Or choosing a meter as the unit for measurement may have been an erroneous choice. Yet, a 10-factor difference is negligible for a span measuring a combined 1050 units of any size. Oh…backing up a bit. Does anyone, other than me, find it quite coincidental, that a meter—a measurement not much from the size of a man—is right square in the middle of the largest to the smallest physical objects, within the entirety of our physical realm?
Choosing to accept these measurements within the margin(s) of error noted is a choice I have made. I chose this side partly because I cannot ascertain any finite way to arrive at these numbers, but more likely, because it supports my idiosyncratic thesis regarding the orderliness of the Universe. Symmetry such as this cries out order, not chaos.
Entropy, fractals, and singularity will be in future parts of “Chaos”. Something to anticipate—more meanderings of a muddled mind.