NATURAL QUASICRYSTALS
The publications below all relate to the successful search for the first natural quasicrystals, beginning with icosahedrite and including two other quasicrystal phases and several new minerals, all discovered in remnant of a meteorite that formed billions of years ago.
The publications below all relate to the successful search for the first natural quasicrystals, beginning with icosahedrite and including two other quasicrystal phases and several new minerals, all discovered in remnant of a meteorite that formed billions of years ago.
Introduction to natural quasicrystals
Introduction to natural quasicrystals
Discovery of the first natural quasicrystal (icosahedrite)
Discovery of the first natural quasicrystal (icosahedrite)
Extraterrestrial origin
Extraterrestrial origin
"Searching for a needle in a haystack at the edge of the world"
"Searching for a needle in a haystack at the edge of the world"
(Chukotka expedition 2011)
(Chukotka expedition 2011)
How quasicrystals form in outer space?
How quasicrystals form in outer space?
Discovery of the second natural quasicrystal (decagonite)
Discovery of the second natural quasicrystal (decagonite)
Discovery of the third natural quasicrystal
Discovery of the third natural quasicrystal
Discovery of the first natural quasicrystal approximant (proxidecagonite)
Discovery of the first natural quasicrystal approximant (proxidecagonite)
New (crystalline) minerals from the Khatyrka meteorite
New (crystalline) minerals from the Khatyrka meteorite
The Al-Cu-Fe system under high-pressure and high-temperature
The Al-Cu-Fe system under high-pressure and high-temperature
Shock experiments
Shock experiments
The quest for new quasicrystals...
The quest for new quasicrystals...
Outlook in Earth and Planetary Materials (2020)
Outlook in Earth and Planetary Materials (2020)
American Mineralogist, 105, 1121-1125
American Mineralogist, 105, 1121-1125
PNAS, 118 (22) e2101350118
PNAS, 118 (22) e2101350118
PNAS, 120 (1) e2215484119
PNAS, 120 (1) e2215484119