We study organic compounds from extraterrestrial samples, lab analogs of extraterrestrial environments, and terrestrial analogs of planetary surfaces.
A central research component is the study of amines and nucleobases in martian and carbonaceous meteorites, and extraterrestrial samples retrieved by air and spacecraft, such as by the
Stardust spacecraft.
Value is added to this work by comparing these results to terrestrial analogs of Mars, and laboratory simulations of the formation of the solar system.
+ NASA Goddard Cosmic Ice Lab
The study of the residues remaining after the irradiation of acetonitrile containing ices.
+ NASA Goddard Interstellar Grain Lab
The study of the volatiles and solids generated by Fisher Tropsch type reactions on simulated interstellar grains.
+ NASA Ames Astrochemistry Lab
The study of the residues remaining after the photolysis of cyanide containing ices.
+ Carnegie Institution of Washington Biogeochemistry Group
Stable isotopic analysis of meteoritic organics.
+ Sample Analysis at Mars
Testing of methods and techniques for this instrument suite going to Mars aboard the MSL rover. Like our laboratory instruments, this suite has a mass spectrometer at the heart.
More humerous presentations of the science is below: