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“Hexagonal Levels”

Here is pair of beautifully-formed, free-floating red and green beryl prisms.  Emerald crystals grow from a nucleation point attached to a matrix, so the “attachment end” where crystals began to grow from their host rock is typically not as well-formed than the "growth end" termination rising outward and away.  The finest mineral specimens typically have one well-formed termination where the classic hexagon can be observed.

Colombian Emeralds famously grow in mica schists, but Red Emeralds from America grow in tight fractures between rhyolite rocks.  When schists, seams or fissures containing Emeralds are opened by miners, crystals will often fall out, due to the “attachment ends” being loosened from their perches over millions of years.  

Only these two varieties of beryl formed under intense pressure, and similar alterations to their standard hexagonal prismatic forms can be observed.  Emerald prisms grow in-parallel with each other, forming along the same vector.  Occassionally, a crystal will grow unevenly and hexagonal platforms will rise at different rates from the termination end.  This is a classic earmark of Emerald growth which was annotated in the Mineralogical Record.  This pair of free-floating red and green beryl prisms both display that trademark form of crystal growth, which is incredibly rare.

These crystals were used in the argument put forward in the Red Emerald Dictionary that two sets of the same geometries are mathematically-equivalent to each other!!  These specimens are very small, but two matching colors with the same shape is still an incredibly rare find in this mineral family!  These pairs have been photographed and professionally-framed with double-matting to shadow-box the crystals and showcase them hanging in suspension.

Put nature’s artwork on your wall!


Please note the framed specimen sets are shown as an example.  The actual frame you will receive contains the crystals in the first photo.

"Hexagon Levels" Red & Green Emerald (beryl) Professionally Framed Specimen Set

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