Elements and Wave Fields
The locations of elements on wave fields are determined by wave-field mirrors.
On its journey the spiral contracts into greater pressures as it approaches wave field amplitude positions at spiral apices, and expands into lower ones on the return journey to spiral bases.
That two-way spiral journey of each half cycle extends between six mirrors of still Light which compose the wave field, and winds around a still shaft which centers the spiral. Three of these mirrors are the mirrors of action and three are the mirrors of reaction.
The three of action are the inner intersection planes of the cube and the three of reaction are the outer boundary planes of the wave field.
All of these planes of the wave field are of zero curvature, but the spiral universe which is forming within those planes is curved. Curved planes of light act as two-way lenses which bend light to focal pints and extend it from those focal points radially.
That two-way spiral journey of each half cycle extends between six mirrors of still Light which compose the wave field, and winds around a still shaft which centers the spiral. Three of these mirrors are the mirrors of action and three are the mirrors of reaction.
The three of action are the inner intersection planes of the cube and the three of reaction are the outer boundary planes of the wave field.
All of these planes of the wave field are of zero curvature, but the spiral universe which is forming within those planes is curved. Curved planes of light act as two-way lenses which bend light to focal pints and extend it from those focal points radially.