Astrobiology Analytical Laboratory - Missions & Projects
Astrobiology Analytical Laboratory - Missions & Projects
Current:
![Triangular OSIRIS-REx logo; Illustration of probe landing on an asteroid with a red curvy line detail.](images/missions/osiris-rex.png)
NASA's OSIRIS-REx
We served as science lead for contamination testing of the flight system, managed mission science, and are now analyzing samples delivered from asteroid Bennu in September 2023.
![Triangular Curiosity/SAM logo; A illustration of the curiosity rover sitting on the surface of Mars.](images/missions/curiosity.png)
NASA's Curiosity Rover
We helped develop and test the chemical derivatization system on the Goddard-built, portable sample-analysis lab aboard Curiosity, called Sample Analysis at Mars, and now help interpret its results.
Future
![ExoMars/MOMA logo; A satellite probe, a rover, and other machines silhouetted in red and outlined details in white, red text says 'exomars'](images/missions/exomars.png)
ESA's Rosalind Franklin rover
We assisted with ground testing of the Goddard-developed Mars Organic Molecule Analyzer (MOMA) instrument aboard the rover and will contribute to data interpretation and analysis of samples analyzed on Mars.
![Mars Sample Return logo; Red circle with a white diamond shaped star and tire tracks leading away from it.](images/missions/Mars_Sample_return_mission_logo.png)
Mars Sample Return
We will help design the contamination-control system for the sample to be returned from Mars, and to preserve sample integrity to maximize the science output of the campaign. We will also help define the sample-analysis plans.
Historical:
![Circular Apollo logo; Capital A with the moon to the left and the Earth to the right.](images/missions/apollo.png)
Apollo (ANGSA)
We are studying samples from the Moon collected by Apollo astronauts, some that have never been opened before.
![Triangular Stardust logo; A streak of 'stardust' going downward from right to left and a probe with a curved line from the Earth.](images/missions/stardust.png)
Stardust
We studied samples collected from comet Wild 2 and detected the glycine, methylamine, and ethylamine.
![Hexagonal Hayabusa logo; An illustration in a cartoon style showing a probe going from Earth to an asteroid and back.](images/missions/hayabusa.png)
Hayabusa
We studied grains returned from asteroid Itokawa for amino acids.
![Oval Hayabusa2 logo; An illustration in a cartoon style showing a probe leave Earth, pass the moon and arrive at an asteroid.](images/missions/hayabusa2.png)
Hayabusa2
We are studied samples returned from asteroid Ryugu as part of the international preliminary examination team for soluble organics and are continuing to analyze samples.