ENERGETIC (Atomic) GEOMETRY



At the atomic level in the nucleus,
we have the proton and neutron, 
which always and only coexist.

The proton and neutron consist of three vector sets each :

    
PROTON:

  1. action vector = proton (Vector BD)

  2. reaction vector = electron (vector AD)

  3. resultant vector = antineutrino (vector BC)



    
NEUTRON:

  1. action vector = neutron (vector AC) 

  2. reaction vector = positron (vector CD)

  3. resultant vector = neutrino (vector AB)


Either one of these 2 teams of 3 vector events 
is identified in quantum mechanics as being a half-quantum 
(or one-half spin or one-half Plank's constant). 
When 2 half-quanta associate, 
they produce one unit of quantum. 
These 2 sets of 3 vectors 
each combine to produce 
the 6 vector edges of the tetrahedron, 
which is the minimum structural system of universe: 
one quantum of energy 
thus becomes structurally and systematically conceptual. 
One quantum of energy equals one tetrahedron.

One quantum of energy always consists of 6 energy vectors, 
each being a push-pull, positive negative force. 
Twelve unique forces: 6 plus and 6 minus. 
Six vectors break into 2 sets of 3 each. 
Classical engineers assume 
that each action has its equal and opposite reaction at 180 degrees; 
but since the discovery of the speed of light 
and the understanding of nonsimultaneity, 
we find that every action has not only a reaction 
but also a resultant. 
Neither the reaction nor the resultant 
are angularly "opposite" in 180-degree azimuth 
from the direction of action. 

The 6 vectors (chords) of the Tetrahedra 
are the 6 vectors of the energy quantum.

In the tetrahedron, 
one quantum of structurally invested energy
encloses one unit of volume.

The 12 vector edged chords
of the octahedron 
equal
2 sets of 6 chord vectors -
2 quanta.

In the octahedron, 
one quantum of structurally invested energy 
encloses 2 units of volume.
 
The 30 vector edged chords 
of the icosahedron 
equal
5 sets of 6 chord vectors - 
5 quanta.

In the icosahedron, 
one quantum of energy invested in structure encloses 
almost 4 units of volume.


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