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| Bio | Teaching | Collaborations |
FRANCE
– E. Alecian, IPAG
– J. M. Aurnou, UCLA
– J. Boisson, ENSTA
– J. Bouvier, (…)
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| Journal publications | Proceedings |
Detailed CV with my publications : PDF
- 2025 -
57. Semiconvection dynamos in gaseous planets
P. Pruzina, D. Cébron , N. Schaeffer,
In prep.
56. Semiconvection in rotating spherical shells
P. Pruzina, D. Cébron , N. Schaeffer, J. Vidal,
In prep.
55. Investigating the Drag Force Due to Inertial Waves Generated by Topography
V. Giraud, J. Noir, R. Monville, J. Vidal, D. Cébron ,
In prep.
54. Hydromagnetic drag on a rapidly oscillating sphere
D. Cébron (…)
HomeResearchPublicationsCommunications Outreach
| Popular science publications | Press release |
3. Une plongée dans les entrailles de la lune J. Gattacceca, D. Cébron, M. Wieczorek L’astronomie, 129, July 2019. 2. Le magnétisme de la Lune D. Cébron, M. Le Bars, M. Wieczorek, Pour la Science, 424, February 2013. 1. Un pendule de Foucault fluide J. Boisson, D. Cébron, F. Moisy, P.P. Cortet, Reflets de la Physique, 21, p. 22, 2012. jpg/pls.jpg png/largepreview.png
Home Research PublicationsCommunications Outreach
| Research interests | Codes and models |
Combining theory, simulations and laboratory experiments, I investigate fluid dynamics with a focus on planetary liquid cores. I thus consider magnetic fields, temperature variations, and weakly non-spherical fluid domains. I am particularly interested by the influence of the orbital forcings (tides, precession, libration) and topographic effects at the Core-Mantle-Boundary (CMB). Planetary magnetic fields Paleomagnetic data from our ANR MagLune, led by J. Gattacceca, confirm (…)
Home ResearchPublicationsCommunications Outreach
| Bio | Teaching | Collaborations |
Each year since 2014, I teach 24h of M2 lectures of Geophysical fluid dynamics. My lecture notes, written with J. Vidal (former student of this Master), cover : Chapter 1 - Rotating fluids Chapter 2 - Stratified fluids Chapter 3 - Linear hydrodynamic stability (parallel shear flows) Chapter 4 - Gravitational effects in rotating fluids Chapter 5 - Thermal convection I (linear study) Chapter 6 - Thermal convection II (weakly non-linear study) Chapter 7 - Turbulence (…)
HomeResearchPublications Communications Outreach
| Oral communications | Posters |
Invited talks & seminars
19. Thème Intérieurs de la Terre et des planètes. IPG Paris, France, April 03, 2025.
Unravelling the dynamics of non-spherical planetary cores
18. Beyond Boussinesq for Astrophysical and Geophysical fluids : Numerical tools and experiments of the future. ENS Lyon, France, October 19, 2023.
Simulations of non-spherical liquid cores of planets
17. ENS Lyon seminar. ENS Lyon, France, March 19, 2019.
Beyond the convection dynamo paradigm
16. Doctoral (…)