News

Second Interstellar Dust Foil from NASA Stardust Mission Arrived at Field Museum

Thu, 07/28/2011 - 09:02 -- Anonymous (not verified)

Field Museum researchers at the Robert A. Pritzker Center for Meteoritics and Polar Studies have received a second target foil from the Interstellar Dust Collector onboard NASA's Stardust Mission - that returned the first solid extraterrestrial material to Earth from beyond the Moon.

Unusual meteorite donated to the Field Museum

Mon, 06/27/2011 - 08:38 -- admin

Collections & Research Committee member Terry Boudreaux donated a very unusual meteorite specimen to The Field Museum’s Robert A. Pritzker Center for Meteoritics and Polar Studies. The meteorite is named NWA 5492 after northwest Africa where it was found. Its petrology and chemical composition are very different compared to other meteorites and it cannot be classified with the existing scheme. It is therefore just described as an ungrouped chondrite.

Field Museum Scientists Study Ancient Asteroid Impact

Wed, 05/11/2011 - 15:15 -- Anonymous (not verified)

About 470 million years ago – in a time period called Ordovician – the parent asteroid of one of the L chondrites, one of the most common meteorite types, was disrupted in a collision with another body. This event led to a subsequent bombardment of Earth with collisional debris for at least 10 million years. This finding is reported in a recent study by Field Museum scientists Dr. Birger Schmitz (Research Associate), Robert A. Pritzker Assistant Curator of Meteoritics and Polar Studies Dr. Philipp Heck, and an international team of coauthors.

New Results from the Study of the Mifflin Meteorite: Space Travel Time and Preatmospheric Size

Thu, 02/10/2011 - 16:15 -- admin

Right after the Mifflin Meteorite fell in SW Wisconsin in April 2010 the Robert A. Pritzker Assistant Curator of Meteoritics and Polar Studies Dr. Philipp R. Heck coordinated an international study to determine the time it spent in space and to calculate its size in space before it got ablated and broke apart in our atmosphere.

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