The Crystal Circle
Specimen: Standard Gallery: Standard
Acanthite
Acanthite
Imiter, Atlas Mountains, Morocco
Heulandite with Stilbite
Heulandite with Stilbite
Jalgon, Maharashtra State, India
Olmiite on matrix
Olmiite on matrix
N Chwanning II Mine, Kuruman, Republic of South Africa
Olmiite on Calcite
Olmiite on Calcite
N Chwanning II Mine, Kuruman, Republic of South Africa
Quartz var. Faden
Quartz var. Faden
Dara Ismael Khan District, Waziristan, Pakistan
Zoisite Var. Tanzanite
Zoisite Var. Tanzanite
Merelani Mine, Lelatema Mountains, Arusha Region, Tanzania
Tektite var. Libyan Desert Glass

Tektite var. Libyan Desert Glass

sold
Locality
Gilf Kebir Region, Egypt
Dimensions
6.8 x 2.5 x 1.2 cm
Size class
Small Cabinet
SID
DSGLASS3

Libyan Desert Glass is believed to the result of the impact of a large meteorite, or the result of a significant aerial burst explosion around 28.5 million years ago (dated by the fission track method). They are the purest form of natural glass on earth, containing over 96% silica. They were first discovered by ancient Egyptians as evidenced by a scarab beatle carvings found on the mummy of King Tutankhamun. Today they are found in the deep Saharan desert, two days driving into a militarized zone near the border of Libya and Egypt. The leading theory leans towards an aerial burst ten thousand times more powerful than the Hiroshima nuclear detonation (Boslough). Some pieces have dark streaks; chemical analyses of these inclusions show enrichment by meteoritic elements, such as Osmium, with typical chondritic proportions (Koeberl C.). 

This beautiful example exhibits  sculpted, smooth faces and a rich yellow color. It weighs 19.96 grams.

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