Rock Identifier
Likely faceted colorless gemstone (Probable quartz (rock crystal), SiO₂; diamond or topaz cannot be excluded from the photograph) — gemstone
gemstone

Likely faceted colorless gemstone

Probable quartz (rock crystal), SiO₂; diamond or topaz cannot be excluded from the photograph

AI-generated identification · may be incorrect

Tiny transparent, colorless, faceted stone with bright vitreous-to-adamantine sparkle. Quartz hardness is 7, no obvious cleavage, and specific gravity 2.65; diamond is Mohs 10 and SG 3.52, while topaz is Mohs 8 and has perfect cleavage.

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Physical properties

Tiny transparent, colorless, faceted stone with bright vitreous-to-adamantine sparkle. Quartz hardness is 7, no obvious cleavage, and specific gravity 2.65; diamond is Mohs 10 and SG 3.52, while topaz is Mohs 8 and has perfect cleavage.

Formation & geological history

If quartz, it formed in silica-rich hydrothermal veins or cavities, commonly in relatively young igneous or metamorphic terrains. The photographed object is cut/polished, so its natural age and host rock cannot be determined.

Uses & applications

Used as a low-cost faceted gemstone or jewelry accent; quartz is also important in glass, electronics, and abrasives. A confirmed diamond or fine topaz would have substantially greater value.

Geological facts

Image-based identification is unreliable for a very small faceted stone: reflections can make quartz resemble diamond. A refractive-index and specific-gravity test, or professional gem testing, is needed.

Field identification & locations

The Islamabad–Rawalpindi region commonly yields quartz-bearing metamorphic and hydrothermal material, making quartz plausible; a loose diamond would be geologically unusual there. Test with a refractometer or gem lab—avoid scratch tests that may damage it.