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Labex UnivEarthS
  • Home
  • Overview
    • Presentation
    • UnivEarthS Activities
      • Scientific Committee
      • Worskshop
      • For students
      • Outreach
  • Projects
    • Frontier Projects
      • F1a : Earth as a living planet: from early ages to present dynamics
      • F1b: Subduction in the past & today
      • F2: From the Big Bang to the future Universe
      • F2a: Support to PCCP
      • F3: The transient catastrophic Universe
    • Interface Projects
      • I2: Geoparticles
      • I3 : Fundamental physics and Geophysics in space
      • I6: From dust to planets
      • I7: Gamma-Ray Bursts: a Unique Laboratory for Modern Astrophysics
      • I8: ARGOS Research of astroparticles, geological and oceanographic studies
      • I9: SolarGeoMag
      • I10: From evolving binaries to the merging of compact objects
      • I11 : COR2DISC: From pre-stellar cores to protoplanetary discs
      • I12 Multi-wavelength & Multi-Physics Planetary Peeling
      • Former Interface projects
        • I1 : Formation and early evolution of Planetary systems
        • I4 : The youth of cosmic rays and their emergence in the interstellar clouds
        • I5 : Gamma-ray instrumentation development
    • Exploratory projects
      • E3: Geophysics and gravitational wave interferometric detectors
      • E5: Numerical Observatory of Violent Accretion systems NOVAs strong gravity and beyond
      • E8 Modified Gravity from the Earth’s outskirts to the cosmos
      • E9 : Low energy astrophysics wirh KM3NET
      • Former Exploratory projects
        • E1 : Formation of dunes and climate on Titan
        • E2: Impact of black holes on their environment
        • E4: From MeV to TeV. Extracting the spectrum of cosmic rays at their sources over 6 orders of magnitude in energy
        • E7: Advanced time series analysis: application to Microscope data
    • Young Team Projects
      • JE2: Direct Dark Matter Search
      • JE3 Advanced Gamma-Ray Science Methods and Tools
      • Former Young Team Projects
        • JE1: Experimental geophysics
    • Valorization Project
      • V1: Data distribution, visualisation, and cloud computing
      • V2: Detectors for the future
      • V3: In situ cosmogenic dating of extraterrestrial surfaces
  • Publications
  • Educational
    • UnivEarthS PhD
      • Henri Inchauspé PHD – From LISA pathfinder to eLISA: building of a dynamics simulator for the eLISA space mission.
    • Student nanosatellite IGOSat
    • UnivEarthS Fall School
      • Fall school 2014
      • Fall School 2015
    • Inter-University Diploma “Terre-Planètes-Univers” (TPU, Earth-planets-Univers)
  • Team
    • Recruitment
    • Hired by UnivEarthS
  • Ressources

Best wishes 2016

14 January 2016 News, Spotlight!

The Labex UnivEarthS presents its best wishes for 2016.

Enregistrer

Enregistrer

Scientific Committee 2017


Register for the 7th scientific committee on this link.

The Labex UnivEarthS

The aim of UnivEarthS is to combine the scientific expertise, technical know how, experience in space experiments, and human resources of three research institutes, all international leaders in their disciplinary field, in order to develop original interdisciplinary research projects. Their expertise includes Earth and environmental sciences (IPGP), planetary sciences (IPGP, AIM), high energy astrophysics (AIM, APC), cosmology and fundamental physics (APC).
To know more...

UnivEarthS Projects

Projects Frontier:
F1a Earth as a living planet: from early ages to present dynamics
F1b Subduction in the past & today
F2 From the Big Bang to the future universe
F2a Support to PCCP
F3 The transient catastrophic Universe

Projects Interface:
I2 Geoparticules
I3 Fundamental physics and geophysics in space
I6 From dust to planets
I7 Gamma-ray bursts : a unique laboratory for modern astrophysics
I8 Research of astroparticles, geological and oceanographic studies
I9 Improving solar and geodynamic forecast : towards advanced data ssimilation techniques of integration
I10 From evolving binaries to the merging of compact objects
I11 COR2DISC: From pre-stellar cores to protoplanetary discs
I12 Multi-wavelength & Multi-Physics Planetary Peeling

Projects Exploratory:
E3 Geophysics and gravitational waves interferometric detectors
E5 Numerical observatory of violent accretion systems novas strong gravity and beyond
E8 Modified Gravity from the Earth’s outskirts to the cosmos
E9 Low Energy Astrophysics with KM3NeT

Projects Young Team:
JE2 Direct dark matter research
JE3 Advanced gamma-ray science methods and tools

Projects Knowledge:
K1 UnivEarthS Fall School
K2 Student nanosatellite IGOSat

Project Valorization:
V1 Data distribution, visualization and cloud computing
V2 Detectors for the future
V3 In Situ Cosmogenic dating of extraterrestrial surfaces

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