Prisilite | |
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A Prisilite chunk, showing off its iridescent sheen. | |
Density | |
0.49 lb/in3 | |
Durability | |
? | |
Flexibility | |
? | |
Thermal Conductivity | |
Low. | |
Electrical Conductivity | |
High. | |
Average Price | |
?.??▣/in3 |
Prisilite emerges as a naturally occurring crystalline structure, bearing a striking resemblance to diamond nanorods yet possessing its own unique attributes. Characterized by its remarkable hardness, tensile strength, and partial translucency, Prisilite owes these attributes to its intricate crystal lattice structure, a direct outcome of its complex chemical composition. Upon crystallization, Prisilite unveils an organized structure, each bond quintupling with its counterparts, thereby bestowing it with its signature hardness and density crucial to its industrial applications.
One of Prisilite’s distinctive properties includes its ability to act as an acoustic amplifier when subjected to an electrical current, showcasing potential in a variety of sonic tools and utilities. Furthermore, its capability to form exceptionally thin and sharp edges, akin to obsidian, extends its usability in precision applications.
While its industrial applications are broad, Prisilite occasionally finds its way into cosmetic uses, such as jewelry and decorations, attributed to its iridescent, rainbow-like appearance. Its applications span from machine tools, blade edges, and scenarios demanding extreme hardness without the brittleness of diamond, to being utilized as a high-value commodity owing to its rarity.
Prisilite is typically discovered as a byproduct within extinguished brown dwarf stars or as fragments within asteroidal matter ejected from them. Additionally, it can be found in trace amounts within nebulae, remnants of supernovae, where expansive nets are deployed to capture Prisilite amidst the cosmic dust.