Tetrahedron symmetries

Here we show a #Tetrahedron, one of the 5 platonic solids. Imagine we shoot an #Energy beam at the structure. The energy will have 3 paths to follow. The ratio of the #frequency vs the ratio of the length of the edge will determine how much of the energy reaches the center point. This is to illustrate that a "plane" does not exist in nature. Planes are energy thresholds. A Tetrahedron represents the borders of all 3 energy thresholds of the same frequency, but no such flat plane exists. Also notice how there needs to be 3 complimentary symmetries to balance the structure so it maintains its shape.