This is a \(T^{+}\) source, a complete encased octahedron,
it renders things more colorful and with enough strength, combusts them.
This is a \(T^{-}\) source, a half encased octahedron, shorted at the base,
it turns things invisible and at high strength crystalizes them. Things made invisible can be illuminated by the encased tetrahedron shown above. A beam of this nature is deflected by crystalline surfaces.
\(p^+\), \(e^-\), \(g^+\), \(g^-\), \(m^+\), \(m^-\) and space.
Just enough Platonic Solids; but which is which. Can a negative source be amplified without making them positive,
is there more negative particles or do the particles increase in size and turn positive.
