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Black glass from a Martian meteorite that crashed in Morocco last summer may shed light on not only the surface of the Red Planet but also its interior and atmosphere, a new study reveals.
Black glass from a Martian meteorite that crashed in Morocco last summer may shed light on not only the surface of the Red Planet but also its interior and atmosphere, a new study reveals.
The 1.1 kg stone of the Tissint Martian meteorite at the Natural History Museum, London. The stone has a glossy black fusion crust. The fresh interior shows the large yellow/green olivine ...
Veins of black glass in a meteorite that recently crashed in Morocco contain the first chemical traces of Martian soil brought to Earth. The find represents a rare chance to look closely at ...
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Biggest Martian Meteorite Is Up For Auction — And It Could Fetch a Whopping $4 MillionAnd It Could Fetch a Whopping $4 Million A piece of Mars delivered from space is soon going to the auction circuit, and is ...
[Photos: Black Glass in Martian Meteorites] All around but hard to get. You may like How a 'mudball' meteorite survived space to land in the jungles of Central America; ...
In a land before time, a comet left its calling card (Illustration: Terry Bakker) Part of the meteorite found in the Egyptian desert A charred black pebble found in the Egyptian desert may be a ...
The black glass resulted from melting, probably caused by the impact that knocked the rock off Mars an estimated 700,000 years ago. The meteorite is mostly a kind of volcanic rock known as basalt ...
Black glass from a Martian meteorite that crashed in Morocco last summer may shed light on not only the surface of the Red Planet but also its interior and atmosphere, a new study reveals.Rocks ...
Black glass from a Martian meteorite that crashed in Morocco last summer may shed light on not only the surface of the Red Planet but also its interior and atmosphere, a new study reveals.
Black glass from a Martian meteorite that crashed in Morocco last summer may shed light on not only the surface of the Red Planet but also its interior and atmosphere, a new study reveals.
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