Elementary Forms

If the universe is divided by its most elementary forms, then those forms are the smallest triangles of a definite height, width, length, and have equal sides.

Ontology and Motion of Form

An elementary form is against or onto other elementary forms and bears a force proportional to the elementary forms it is against and onto.

Force and Trajectory of an Elementary Form

The force of an elementary form equals the speed and trajectory it is against the elementary forms it is onto and vice versa.

The Speed and Trajectory of an Elementary Form is the Result of its Position Over Two Instants of Time

The motion of an elementary form is the result of its position over two instants of time and from these positions it derives a definite and distinct speed, trajectory and force compared to all other elementary forms over two instants of time.

The Speed and Trajectory of an Elementary Form Gives it a Distinct Shape After Two Instants of Time

When measured over two instants of time, the speed and trajectory of an elementary form gives it a distinct shape because the sides of each are never at the same position as the sides of other elementary forms .

Spherical Formation

S= o/n / n/o = 1 (for the scientific notational equivalent and its
explanation see the last page)

If a set of elementary forms is an unmitigated ratio of elementary forms of uniform, contiguous though separate speeds, and is onto another set of forms that are of almost equal and opposite speeds and trajectories, then a sphere will
form.

Shape Formation Formula

Whenever two sets of elementary forms deviate from the above ratios will a shape deviate from spherical-ness.

Spherical Ontology

No element can form a sphere, nor can any exterior of a shape form a sphere over and around an already spherical form unless there is intervention by the force of the human hand or it is a halo around and over a light formed by electron light newly left from the orbitals of elements or molecules.

The Particular Case of the Human Hand

At no time does the involvement of the force of the human hand on spherical formation deviate from the s = o/n / n/o rule for spherical and shape formation.

No Form sans Forms

Just as there can be no word for trees sans trees there can be no form sans the formation of forms at similar positions but at different times.

No Atoms sans Elements

Atoms do not exist sans other atoms and so each element must be composed two or more atoms.

2r + or - 2r

The attraction of light depends upon how many more or less than two radii each atom is apart from the other atom(s) of an element, and the inequality between the two will result in an attraction between one or the other, even if the molecule is positive

Formation of Elements

The formation of an element depends upon the amount of pressure on the atoms over time.

Elements and Spherical Formation and a seeming derivation of the s=o/n / n/o rule

When elements form spherically they follow the s = o/n / n/o rule except that the elementary spheres that are the basis of atoms count as light when not matched by the atoms of the other element. Otherwise the atoms of two separate elements cancel each other out during the calculation of spherical formation because they are spherical and do not provide an equal and opposite trajectory and overall force to the elementary forms of the opposite element. By this respect, they are neutral. However, during planet
or star formation, the atoms count as light when they are onto the interstitial darkness of space. (for a definition of interstitial darkness and light see below.)

The Touchstone Elements of Spherical Formation


OO: less than two radii apart, interstitial darkness (see definition below) between the atoms sans little light; negatively charged. Electrically conductive.

O----O: almost evenly or more than two radii apart, neutral for the most part, has interstitial light (definition below) mingled by little or no interstitial darkness; fairly neutral.

O-- - --O: atoms more than two radii apart and have an increasing amount of interstitial darkness mingled by the electron light the far ther the two atoms are apart from each other; positively charged.

Light and Interstitial Light

For this text, "light" or "interstitial light" defines elementary forms that move by more than the volition of the force of the orbital of an atom, yet is still part of the atomic orbital

Darkness and Interstitial Darkness

Elementary forms moving of the volition of force of the spinning atom or the volition of the elementary forms nearest them and not the opposite.

Spherical Formation of Elements

All reactions need a slight adjustment to the amount of gravity present

Water and Air spherical formation

Water is slightly negative and air slightly positive, however if two atoms from each element are canceled there does not appear to be an equal and opposite amount of interstitial darkness between the atoms of water than there is light between the air molecules so the logical conclusion as to why the form spherically is o o o water and o-- - --o air.

Carbon and Water spherical formation

Some carbon is to water as water is to air as far as the ratios of light and dark are concerned. o----o carbon + o o o water

Metal and Carbon On Air

Carbon does not form spherically when on air because even though it has a higher ratio of elementary forms of light than air it does not have a ratios that approache being equal and opposite to the extent that a sphere can form.

Bubbles/Balloons

Bubbles and Balloons are similar to each other because the exterior of their surfaces are different than the exterior, however the inertia of the air on the material which forms their exteriors makes the ratios equal.

An Aside On Atoms Canceling Each Other and Counting as Light

Because the atoms of elements form at different instances of time, the force of an atom cannot be completely substituted for that of another, however the degree of difference b etween the force of atoms is very small, and for most purposes save geometry , philosophy and the collective sanity of mankind, there is not much reason to think otherwise.