FLATLAND SCIENCE

Here's why I say that the YIN-YANG SCHIZOID nature of MATHEMATICS makes A FLATLAND OF SCIENCE.

As I note elsewhere, the familiar binomials provide t-COMBINATORICS for YANG elements in various structures.

So, for YIN elements, I created partorials as o-COMBINATORICS.

And I noted that t-COMBINATORICS fit (at least, theoretically) VENN DIAGRAMS (t-DIAGRAMS) -- such as for the t-NUMBER, 30 -- so, for o-COMBINATORICS (say, for the o-NUMBER, 360 = 2 x 2 x 2 x 3 x 3 x 5, or PARTORIAL 3), I created o-DIAGRAMS, with "concentric" circles representing DEGREES or ORDERING of element distinction.

I was motivated in this by my (World War II) years as Army Air Force Weather Observer and Weather Forecaster, seeing and drawing ISOBARS in LOWS and HIGHS on weather maps. After I'd drawn a few o-diagrams -- say for FACTORS of 360 -- I realized that they also resembled CONTOUR MAPS of TERRAIN. A map with contours like those in a t-DIAGRAM (VENN DIAGRAM) would represent land which is fairly flat. But land with contours like that of an o-DIAGRAM (even as shallow as that for 360) shows some ELEVATION from FLATNESS. Hence, any science which cannot call upon YIN MATH (allowing distinctions of DEGREE) is FLATLAND.

One way this can arise is by dependence upon PROBABILITY THEORY. But probability theory is based upon STANDARD SET THEORY, which is YANG (not allowing distinctions of DEGREE!).

I can cite two instances of this.