The MSL mission (Mars Science Laboratory) of the U.S. space agency (NASA), is a mobile robot to explore the Martian surface. This machine, three times heavier than its predecessors, is designed as a laboratory to analyze precisely the Martian rocks. Of the 10 instruments on board, the IRAP contributes greatly to the instrument ChemCam (elemental analysis of rocks up to 10m), and France is also involved in SAM (mineral and atmospheric analysis).
Onboard NASA's Mars Science Laboratory rover, the ChemCam instrument will help us understand whether rocks and soils on Mars have been altered by water and contain chemicals necessary for life.
IRAP Responsible : Sylvestre Maurice
The instrument :
ChemCam uses the technique of spectroscopic analysis in the ultraviolet and visible domains associated with laser ablation (Laser Induced Breakdown Spectroscopy, LIBS): a power laser shoots at a target, causing the melting of the material and the appearance of a plasma which is observed at a distance. This innovative technique in the field of planetology will help to select the most relevant rocks within 9m before moving the robot.
The collaborations :
Issued from a scientific project of the planetary pole of the Midi-Pyrenees Observatory, it took five years to complete the instrument (laser, electronic telescope) under the leadership of the CESR next IRAP. The flight model was delivered in July 2008 and will be integrated into the mast of the robot. The spectrometers are under the responsibility of R. Wiens at LANL (Los Alamos National Laboratory). The French team will also take part in the daily operations of the instrument, and of course in the scientific analysis of the observations.
Further details :
The ChemCam instrument has landed on Mars in August 2012. Follow the saga of the rover and the scientific results expected on the dedicated website.
Direct Application :
- October 19, 2016: The NASA RAD instrument calibrated on the Baccarat bench of the IRSN : The replica of the RAD (Radiation Assessment Detector) instrument onboard the Curiosity rover, which evolves on Mars surface since August 2012, was tested this year at the IRSN.
Press Releases :
- November 1, 2017 : Martian Ridge Brings Out Rover's Color Talents
- September 21, 2017 : Chemcam: 500,000th laser shot from the Curiosity rover
- Septembre 13, 2017 : NASA's Curiosity Mars Rover Climbing Toward Ridge Top
- September 5, 2017 : Discovery of boron on Mars adds to evidence for habitability
- June 9, 2017 : NASA Finds Evidence of Diverse Environments in Curiosity Samples
- May 30, 2017 : High-Silica 'Halos' Shed Light on Wet Ancient Mars
- November 2, 2016 : Curiosity Mars Rover Checks Odd-looking Iron Meteorite
- August 5, 2016 : Minerals Hint at Liquid Groundwater, More Oxygen in Mars's Past
- June 27, 2016 : NASA Rover Findings Point to a More Earth-like Martian Past
- April 22, 2016 : First direct evidence of ancient Mars’s oxygen-rich atmosphere
- July 15, 2015 : Curiosity finds traces of a primitive continental crust on Mars
- May 22, 2015 : Mars Rover's Laser-Zapping Instrument Gets Sharper Vision
- December 9, 2013 : Curiosity analyzes the sedimentary rocks of Mars
- October 11, 2013 : The CHEMCAM and SAM teams awarded by NASA for their outstanding contribution to the Mars Science Laboratory Mission
- September 27, 2013 : Curiosity identifies the nature of the hydration of the Martian soil
- May 31, 2013 : The conglomerates of Mars
- April 8, 2013 : What's left of martian atmosphere remains dynamic
- January 16, 2013 : Gypsum on Mars identified by ChemCam, an area to be drilled for the rover Curiosity
- September 27, 2012 : NASA Rover Finds Old Streambed on Martian Surface
- August 6, 2012 : The rover @MarsCuriosity landed on Mars successfully!
General Public :
- Revue de Presse : http://www.irap.omp.eu/grand-public/dossiers/msl-chemcam
- Interviews : http://www.irap.omp.eu/grand-public/interview
- Vidéos : http://www.irap.omp.eu/grand-public/galerie-video/mars