Teams

Current research projects Team GOR

Identification of Predisposing Factors for Mining-Induced Ground Collapses Using Data Analysis and 3D Numerical Modelling

Explanations of the project The research aims to improve the methodology used to identify areas at risk of ground collapse or subsidence within mining districts in Lorraine that were formerly worked using the abandoned room-and-pillar mining method. The research is divided into two parts. The first focuses on identifying the predisposing factors for sudden ground

Thesis Defense Team GRéSTOCK

Thesis defense – Loris Piolat – June 2026

June 30, 2026, Loris PIOLAT has defended his doctoral thesis in Vandœuvre-lès-Nancy, france. His thesis is entitled ‘ Development of electrical geophysics protocols applied to geothermal exploration and associated co-products (Lithium-Hydrogen) ‘. Phd student within the team GRéSTOCK – Tanks for energy resources and primary storage his work focuses on the development of methods of

Thesis Defense Team GEM

Thesis defense – Quentin boulogne – June 2026

On June 25, 2026, Quentin, BOULOGNE has defended her doctoral thesis at 14: 30, in conference room 3B-A111 laboratory GeoRessources, on the Campus of the Strips to Vandœuvre-lès-Nancy, france. His thesis is entitled ‘ Geochronological framework of the formation of high-grade uranium deposits in the Athabasca Basin (Canada) ‘. Phd student within the team GEM

Thesis Defense Team GOR

Thesis defense – Mariam JOUNDI – April 2026

Mariam JOUNDI successfully defended his doctoral thesis on 27 April 2026 at 9 a.m., in the auditorium with 200 of the campus Mines Nancy. Her thesis is entitled ‘Reliability analysis of damage of buried pipelines exposed to ground subsidence – the case of reuse of gas pipelines for hydrogen transport ‘. Phd student within the

PhD opportunities Team GRéSTOCK

PhD position – Tectonic evolution and hydrothermal systems in the Vosges Massif

Deadline of application: 05/31/2026Contact GeoRessources : Gaetan Milesi et Yves Geraud This PhD project focuses on the spatio-temporal tectonic evolution of the Vosges Massif and its impact on fluid circulation and hydrothermal systems, with applications in geothermal energy and subsurface storage. The research is based on a multidisciplinary approach, combining: The project addresses both fundamental

Current research projects Team GEM

PEPR Project – Subsurface, a Common Good – PC13 Massif Central Program – High-temperature geothermal energy in the Limagne – Subtask 2.2.2

Explanations of the PEPR Project – Subsurface, a Common Good – PC13 Massif Central Program – High-temperature geothermal energy in the Limagne – Subtask 2.2.2(ANR-22-EXSS-0014) Geothermal energy, as a new low-environmental-impact energy source, requires improved identification of the impact of heat transfer related to hydrothermal circulation and volcanism, and therefore a better characterization of the

Current research projects Team RING

RING Consortium (Research for Integrative Numerical Geology)

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

Thesis Defense Team RING

Thesis defense – amandine fratani – February 2026

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

Thesis Defense Team RING

Thesis defense – Giusi RUGGIERO – January 2026

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

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