S'authentifier

Tides and motions in planetary systems

8–10 avr. 2026
PARIS
Fuseau horaire Europe/Paris

contacts

Session

Posters

8 avr. 2026, 14:00
Salle Cassini (PARIS)

Salle Cassini

PARIS

Documents de présentation

Aucun document.

  1. 21. A mechanical intuition for the averaged planetary 3-body problem
    Alain Albouy (LTE)
    08/04/2026 14:00

    Gauss explained in 1818 that the attraction of a body A by another body B moving on a Keplerian orbit is after averaging the attraction of A by a 1-dimensional ring with the shape of the Keplerian ellipse and a mass distribution $dm$ proportional to $dl$ where $l$ is the mean anomaly (and of total mass the mass of B).

    Gauss did not invent this averaging but rather invented the 1-dimensional...

    Aller à la page de la contribution
  2. 15. Derivation of the Individual Masses of Widely Separated Binaries Based on Gaia Astrometric Data
    Ziyu Liu (LTE)
    08/04/2026 14:00
  3. 26. Detection And Characterisation of Binary Asteroids Candidates through Stellar Occultations
    Raphaël Lallemand (LTE)
    08/04/2026 14:00
  4. 25. Galactic tides on the Solar System in a non-axisymmetric Milky Way model adjusted to Gaia data
    Alexandre Bougakov (LTE)
    08/04/2026 14:00
  5. 18. Heteroclinic connections of first-order MMRs and the chaotic transport of small bodies in the Sun-Jupiter system
    Alessia Francesca Guido
    08/04/2026 14:00
  6. 17. How strongly is dissipation affected by the anisotropic tidal response of ocean planets
    Gwenaël Boué (LTE)
    08/04/2026 14:00
  7. 24. Numerical search of quasi-periodic orbits in the three-body problem
    Alexandre Prieur (LTE)
    08/04/2026 14:00
  8. 23. Oceanic tides through Earth's history: a hierarchy of models
    Baptiste Loire (LTE)
    08/04/2026 14:00
  9. 16. The impact of continents on the tidal energy dissipation of ocean planets
    Mickaël Gastineau (LTE)
    08/04/2026 14:00
  10. 22. Tidal dissipation in Eyeball planets
    Baptiste Loire (LTE)
    08/04/2026 14:00