About: Extraterrestrial diamonds

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Although diamonds on Earth are rare, extraterrestrial diamonds (diamonds formed outside of Earth) are very common. Diamonds so tiny that they contain only about 2000 carbon atoms are abundant in meteorites and some of them formed in stars before the Solar System existed. High pressure experiments suggest large amounts of diamonds are formed from methane on the ice giant planets Uranus and Neptune, while some planets in other planetary systems may be almost pure diamond. Diamonds are also found in stars and may have been the first mineral ever to have formed.

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rdfs:label	Extraterrestrial diamonds (en) Berlian ekstraterestrial (in)
rdfs:comment	Although diamonds on Earth are rare, extraterrestrial diamonds (diamonds formed outside of Earth) are very common. Diamonds so tiny that they contain only about 2000 carbon atoms are abundant in meteorites and some of them formed in stars before the Solar System existed. High pressure experiments suggest large amounts of diamonds are formed from methane on the ice giant planets Uranus and Neptune, while some planets in other planetary systems may be almost pure diamond. Diamonds are also found in stars and may have been the first mineral ever to have formed. (en) Meskipun berlian di Bumi langka, berlian ekstraterestrial (berlian yang terbentuk di luar bumi) sangatlah umum. Eksperimen bertekanan tinggi menunjukkan sejumlah besar berlian terbentuk dari metana di planet raksasa es Uranus dan Neptunus. Berlian juga ditemukan di bintang dan mungkin merupakan mineral pertama yang pernah terbentuk. (in)
foaf:depiction
dcterms:subject	Meteorite mineralogy and petrology Diamond Planetary geology
Wikipage page ID	55118655 (xsd:integer)
Wikipage revision ID	1122965717 (xsd:integer)
Link from a Wikipage to another Wikipage	Carbon-12 Carbon-13 Carbonado Carnegie Institution for Science Meteorite mineralogy and petrology Potential energy Berlin Robert Hazen University of California Berkeley Uranus Earth's mantle Inclusion (mineral) Interstellar medium Presolar grains Nubian desert Noble gas Clovis culture Convection Millisecond pulsar Planetary systems Silicon carbide Sudan Fritz Haber Institute of the Max Planck Society Fullerene Polycyclic aromatic hydrocarbon Nucleosynthesis BPM 37093 Centaurus Washington, D.C. White dwarf Mineral physics Nitrogen-14 55 Cancri e Almahata Sitta Amorphous Earth Diamond Nitrogen-15 North America Pascal (unit) Diamond anvil cell Diamondoid Formation and evolution of the Solar System Graphite Isotopic signature Heat Atom probe Atmosphere of Earth Planetary geology Lawrence Livermore National Laboratory Lead Sun Supernova Surface energy Diamond Polycrystalline Polystyrene Solar System Spitzer Space Telescope Infrared Space Observatory Meteorite Methane Mineral Neptune Olivine Megafauna Extraterrestrial materials Giant star Nanodiamond PSR J1719-1438 b Ureilite University of California Santa Barbara
sameAs	Extraterrestrial diamonds Extraterrestrial diamonds Extraterrestrial diamonds
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thumbnail	wiki-commons:Special:FilePath/SpaceNanoDiamonds.jpg?width=300
has abstract	Although diamonds on Earth are rare, extraterrestrial diamonds (diamonds formed outside of Earth) are very common. Diamonds so tiny that they contain only about 2000 carbon atoms are abundant in meteorites and some of them formed in stars before the Solar System existed. High pressure experiments suggest large amounts of diamonds are formed from methane on the ice giant planets Uranus and Neptune, while some planets in other planetary systems may be almost pure diamond. Diamonds are also found in stars and may have been the first mineral ever to have formed. (en) Meskipun berlian di Bumi langka, berlian ekstraterestrial (berlian yang terbentuk di luar bumi) sangatlah umum. Eksperimen bertekanan tinggi menunjukkan sejumlah besar berlian terbentuk dari metana di planet raksasa es Uranus dan Neptunus. Berlian juga ditemukan di bintang dan mungkin merupakan mineral pertama yang pernah terbentuk. (in)

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