JTfM Vol 1 No 1 2008 - ONLINE EDITION - Inclusionality Research

Superchannel—Inside and Beyond Superstring
firstly because of its recalcitrance in producing the least indivisible part and secondly because
of its mystery. Instead the line between 0 and 1 is used as the road to the atom. The line
can be divided into two and this can again be divided into two to become one-quarter. The
half of ¼ is 1/8 and so the division of the line goes in the direction of the zero. A circle can
be drawn round the line of (0,1) with a centre which is where proton and neutron reside. The
electrons are circling round them. By breaking proton, the quarks emerge which are fractional
parts of 1/2, ¼ and so on. Each point which defines a particle is smaller in size than the
one before it. Very close to zero the point disappears. This is the level of quarks. Much closer
to zero the Planck particle is reached which is called the Planck length, that is, a particle
at which matter is no longer divisible. The point has practically vanished at this stage. But
theoretically, there is still a point! This point, the closest to zero in physics, is visible only to
the eyes of imagination. This point is a string. How this all looks mathematically is presented
below.
The Discrete Numerical Makings of an Atom
String is the next-to-zero distance on the line and a zero-sized point (marked with an arrow)
on a number line. It is a very small distance and a very short (invisible) point. This string is
correspondingly derived as a discrete infinitesimal unit from a contiguum of discrete points
aligned with one another and not a continuous flow line.
How do we get to this mathematical picture of the atom? The answer to this question is
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Journal of Transfigural Mathematics Vol.1 No.1.2008