Out of stock
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Out of stock
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Out of stock
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Out of stock
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Out of stock
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Out of stock
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Out of stock
Vaca Muerta, in Spanish “Dead Cow” is a meteorite of mesosiderite type which was discovered in Chile in 1861.
This meteorite would have arrived on Earth about 2000 years ago.
The parent body of mesosiderites could be the asteroid Psyche, it is over 200 km in diameter.
It is a classic in any good collection.
Out of stock
About 12,000 years ago, a large cometary explosion melted a vast area of the Atacama Desert in Chile. The heat was so important that the sandy soil was transformed into silicate glass.
The minerals discovered in the Pica Glas correspond to the composition of the material brought back to Earth by the NASA Stardust mission, from the comet Wild 2. L’analyse a permis de découvrir des minéraux que l’on trouve dans les météorites :
Cubanite, troilite and inclusions rich in calcium and aluminum.
The dating of the impact about 12000 years ago, coincides with the mass extinction in South America of large mammals.
This current theory can however be contested by new theories.
Out of stock
About 12,000 years ago, a large cometary explosion melted a vast area of the Atacama Desert in Chile. The heat was so important that the sandy soil was transformed into silicate glass.
The minerals discovered in the Pica Glas correspond to the composition of the material brought back to Earth by the NASA Stardust mission, from the comet Wild 2. L’analyse a permis de découvrir des minéraux que l’on trouve dans les météorites :
Cubanite, troilite and inclusions rich in calcium and aluminum.
The dating of the impact about 12000 years ago, coincides with the mass extinction in South America of large mammals.
This current theory can however be contested by new theories.
Out of stock
About 12,000 years ago, a large cometary explosion melted a vast area of the Atacama Desert in Chile. The heat was so important that the sandy soil was transformed into silicate glass.
The minerals discovered in the Pica Glas correspond to the composition of the material brought back to Earth by the NASA Stardust mission, from the comet Wild 2. L’analyse a permis de découvrir des minéraux que l’on trouve dans les météorites :
Cubanite, troilite and inclusions rich in calcium and aluminum.
The dating of the impact about 12000 years ago, coincides with the mass extinction in South America of large mammals.
This current theory can however be contested by new theories.
Out of stock
About 12,000 years ago, a large cometary explosion melted a vast area of the Atacama Desert in Chile. The heat was so important that the sandy soil was transformed into silicate glass.
The minerals discovered in the Pica Glas correspond to the composition of the material brought back to Earth by the NASA Stardust mission, from the comet Wild 2. L’analyse a permis de découvrir des minéraux que l’on trouve dans les météorites :
Cubanite, troilite and inclusions rich in calcium and aluminum.
The dating of the impact about 12000 years ago, coincides with the mass extinction in South America of large mammals.
This current theory can however be contested by new theories.
Out of stock
About 12,000 years ago, a large cometary explosion melted a vast area of the Atacama Desert in Chile. The heat was so important that the sandy soil was transformed into silicate glass.
The minerals discovered in the Pica Glas correspond to the composition of the material brought back to Earth by the NASA Stardust mission, from the comet Wild 2. L’analyse a permis de découvrir des minéraux que l’on trouve dans les météorites :
Cubanite, troilite and inclusions rich in calcium and aluminum.
The dating of the impact about 12000 years ago, coincides with the mass extinction in South America of large mammals.
This current theory can however be contested by new theories.
Out of stock
About 12,000 years ago, a large cometary explosion melted a vast area of the Atacama Desert in Chile. The heat was so important that the sandy soil was transformed into silicate glass.
The minerals discovered in the Pica Glas correspond to the composition of the material brought back to Earth by the NASA Stardust mission, from the comet Wild 2. L’analyse a permis de découvrir des minéraux que l’on trouve dans les météorites :
Cubanite, troilite and inclusions rich in calcium and aluminum.
The dating of the impact about 12000 years ago, coincides with the mass extinction in South America of large mammals.
This current theory can however be contested by new theories.
About 12,000 years ago, a large cometary explosion melted a vast area of the Atacama Desert in Chile. The heat was so important that the sandy soil was transformed into silicate glass.
The minerals discovered in the Pica Glas correspond to the composition of the material brought back to Earth by the NASA Stardust mission, from the comet Wild 2. L’analyse a permis de découvrir des minéraux que l’on trouve dans les météorites :
Cubanite, troilite and inclusions rich in calcium and aluminum.
The dating of the impact about 12000 years ago, coincides with the mass extinction in South America of large mammals.
This current theory can however be contested by new theories.
NWA 10158 is a mesosiderite meteorite.
It is a rare type, but the particularity of NWA 10158 is that it must have arrived on Earth a long time ago for proof of its terrestrialisation.
NWA 10158 does not look like a classical mesosiderite and it is only with a scientific analysis that its exact type has been determined.
This meteorite is nevertheless an aesthetic meteorite, and each cut slice is different.