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Tristan DEQUAIRE

Geology, Planetary and Astrobiology Scientist

Tristan DEQUAIRE
30 years old
CERGY (95800) France
Professional Status
Student
Available
About Me
Fascinated by Astronomy, I am at present in doctorate in LISA (Paris) where I work on the capacity of the ChemCam instrument aboard the Curiosity rover to detect the organic matter in mineral samples (phyllosilicates) and on the photostability of the organic matter contained in mineral matrix, in irradiation, temperature (55°C) and pressure (6mbar) conditions of the Martian surface with the MOMIE experiment (Martian Organic Molecules Irradiation and Evolution).

Good reading...
  • Topic : Exploration of Mars by the Curiosity rover. Data processing and interpretation in term of content in organic matter.
  • SAM (Sample Analysis at Mars) and ChemCam (Chemistry and Camera) team collaborator
  • Use of the MOMIE (Martian Organic Molecules Irradiation & Evolution) experiment to work about the photostability of organic molecules and/or clay minerals in martian environment.
  • Use of ChemCam testbed (IRAP - Toulouse) to see if the ChemCam intrument aboard Curiosity is able to detect organic molecules.
  • Synthesis of samples of astrobiological interest (organic and mineral interaction)
  • Topic : Simulation of Gaia type spectra from spectra obtained by in situ telescopes
  • Gaiatisation of the spectral library (visible) of asteroids
  • Writing of a technical report (Gaia DPAC) : Test of the unsupervised classification algorithm
  • Topic : Remote sensing on Mars : Compared Analysis of orbital and in situ spectro-imaging data acquired on the Curiosity rover route
  • Compare the various data of the instruments of Curiosity by the study of the diffetent types of spectra
  • Attempt to connect the in situ measures with those orbital (CRISM hyperspectral imager)
  • Topic : Hyperspectral mapping of the Curiosity landing site
  • Classification and merger of the CRISM and HiRISE data (given by the MRO spacecraft) on the landing site of MSL
  • Creation of a 3D display of the studied zone (mineralogy and morphology)
  • Participation in the elaboration of a GIS on the Gale crater (Mars)
  • Teach mathematics, chemistry, physic, geology, biology and human physiopathology (Middle and High School)
  • Prepare structured courses, exercises and evaluation tests
  • Writting of pupil individual follow-up notebooks and quarterly reports
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  • Teach mathematics (Middle School)
  • Transmit a knowledge and methods
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  • Creation of 3 news guided tour in the Earth Sciences gallery
  • "Face to face with rocks"
  • "Minerals & Crystallisation ..."
  • "Geology history of Armorican Massif"
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Scientific guide

Voyage Planétaire exhibition
October 2011
Student Project
Cité International des Congrès de Nantes
France
  • Guided tours about Planetary field to pupils and general public
  • Animate the Martian stand
  • Realization of an automated model of the next Martian rover (Curiosity)
  • Realization of 11 posters illustrating the parallel between the vision of Jules Verne and Camille Flammarion of the planetology to that current on the occasion of international congresses (DPS-EPSC)
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  • Welcome
  • Supervision
  • Scientific informations
  • Technical service
  • Running the Library
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  • Mentor young people
  • Prepare trainings
  • Transmit a knowledge and technics
  • Do a personalized follow-up of pupils
  • Perform better the teams
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  • Contact the president of the association
  • Creation of an exhibition about famne in the World
  • Organisation of a Run-for-Food race
  • Manage fundraising
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  • Observe and describe a natural object
  • Capacity of interpretation from observations
  • Operate an experimental approach
  • Draft and illustrate a technical activity report
  • Capacity in calculation
  • Adopt a multidisciplinary approach
  • Produce data and studes
  • Transmit a knowledge
  • Work in team
  • MRO (CRISM and HiRISE)
  • MEX (OMEGA)
  • MSL (ChemCam, Mastcam and SAM)
  • Gaia (Spectrometers)
  • FTIR spectroscopy
  • Mass spectrometry
  • UV photometry
  • LIBS (Laser Induced Breakdown Spectroscopy)
  • Recognize the main lithologic facies (magmatic, metamorphic and sedimentary rocks) in macroscopic as microscopic point of view
  • Capacity to make geological measures (dip, schistosity ...)
  • Use the techniques of geophysics prospecting (electric methods, seismic refraction survey, magnetism, gravimetry)
  • Organize and analyze geologic data
  • In situ and remote senging mapping
  • Control of the Microsoft Office (Word, Excel, PowerPoint)
  • Control of LaTeX
  • Control of Matlab (Math computing of data)
  • ForTran (lComputing language)
  • Control of ENVI + IDL (imaging)
  • Control of ArcGIS
  • Obtaining of C2i (Computing and Internet Certificate)
  • English
  • Spanish (basic)
  • Italiian(basic)
  • Latin (basic)

Ph.D in Atmospheric Pollution Chemistry and Environment Physics

University of Paris - Diderot

Since September 2013

Master’s degree in Earth and Universe Sciences

University of Nantes

Since September 2011
M1 Geology-Geophysic
M2 Planetology-Geodynamic
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Licence in Life, Earth, Universe and Environment Sciences

University of Nantes

September 2008 to June 2011
Speciality : Earth Sciences
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