Project Explanation The RING Consortium (formerly Gocad) is a long-term, multi-annual research project that began in 1989. Its goal is to define new ways of modeling the subsurface and managing the associated uncertainties. The research focuses on mathematical and computational methods dedicated to the representation and integration of geological data and concepts. More specifically, it […]
This Tuesday, February 3, 2026, Amandine Fratani, a phd student in the RING team has defended her thesis at the amphitheatre of the CRPG. His research topic is entitled ‘Probabilistic modelling of fault networks using a graph formalism based on sparse data: expert knowledge and machine learning‘ If you want to learn more about his
This Friday, January 30, 2026, Giusi Ruggiero, a phd student in the RING team has defended her thesis at the amphitheater Gallé to the presidency-Brabois University of Lorraine. His subject ofstudy is entitled ‘Stochastic inversion of FWI images for reducing structural uncertainties‘ If you want to learn more about his thesis, click on the button
The Digital Earth Project aims to transform access to geological knowledge through an innovative digital platform bringing together coherent data, models, and tools. At the core of the project, the spatial prediction component develops new methodologies to integrate geological concepts into next-generation quantitative and predictive models, with uncertainty quantification as a central focus.
The PEPR subsurface, Common Good in the Massif Central aims to improve scientific knowledge of the geochemical cycle of lithium.
The REISOL (Reinvesting in the Subsoil for Energy Transition) Chair is a partnership-based chair that runs a research and training program aimed at industrial decarbonization and the development of an energy mix in the regions based on the subsoil of the eastern Paris basin.
The objective of the Barrois Karsts project is to design a simulator to generate one of the possible geometries of the Barrois karst network.
The post-mining – Gardanne project seeks to understand and model the chemical changes in water from flooded coal mines.
The DECACLIM project aims to understand changes in decorated caves in order to define preservation strategies.
The REGALOR 2 research program (2025-2028) will focus exclusively on aspects related to the genesis of natural hydrogen (formation mechanism, migration, etc.).
