1  -  The identification of a point of nothing

The two-oneness of “no thing” and “some thing” as its perfect opposite shows how the smallest possible quantum of one “point of nothing” is actually “immaterial”, having no size, no volume, no mass, no weight, no colour, no odour, no temperature, nor whatever other physical dimension or characteristic etc. etc. as retrieved and identified by humans after a long period of their development.

According to Axiom I such point of nothing needs no process to be created and being immaterial, it is also “invisible”, it can’t be seen, not in the past, not now, nor at some moment in the future. Hence the consequences of its existence can only be analysed when it is made visible, here by a “dot” of ink, its colour being black because of its contrast to the colour of the paper on which it is printed.
But when you also realize that the whole page would be black when such boundless, unlimited and infinite quantity of sizeless points would be printed in black, only one will be shown:

But as consequence of the principle of a two-oneness this first point of nothing is just one part of a two-oneness, showing how “one” unity is perfectly opposed to a "boundless, unlimited and infinite" quantity of points of nothing. And because the common alpha-word "infinite" as used in beta-mathematics and physics can not be defined & quantisized in a unique & unambiguous way, two additiona alpha-adjectives will be used: boundless and unlimited, emphasizing also that ”it is impossible to make an image of such quantity", which makes such quantity actually “un-imaginable” simply because no one can make
an image of no thing, a pure conclusion which is leading to revolutionary consequences.

And if this truth might be too difficult to accept, many other examples will follow because history will prove again and again that wrong paths were followed if & when  "principles of nature" are not accepted.
     A typical example is the “theorem of Yang-Mills", based on present models of thinking:
     cosmologic observations, measurements and calculations are leading to results that

                                         “mass is missing in Universe”,

    So when the third millennium of the common era CE arrived, this problem was
    selected as one of the seven  “One Million Dollar Millennium Prize Problems"
    of CMI - Clay Mathematics Institute, Cambridge Mass. USA  or  Oxford, UK.

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