Earth scientist – University of Lausanne
Pierre Lanari
I am a multidisciplinary geoscientist, Associate Professor and Head of the Metamorphic Processes Group at the Institute of Earth Sciences within the Faculty of Geosciences and Environment at the University of Lausanne.
This website contains research material such as papers and links to computer programs I have developed.
My Experience
I carry out fundamental research in computational petrology and geochemistry to quantify key metamorphic processes.
I obtained my PhD in Geology from the University of Grenoble in 2012. My work focused on the development of thermodynamic models for low-grade metamorphic minerals and the application of quantitative compositional mapping to the study of the geodynamic evolution of mountain belts, such as the Alps and the Himalayas. My supervisors were Olivier Vidal and Stephane Schwarz.
In 2012, I moved to the University of Bern, first as a postdoc and then as an assistant in the petrology group of Prof. Martin Engi. In 2015 I became lab manager of the EPMA lab and senior research assistant in the petrology group of Prof. Jörg Hermann. Since 2020 I am Assistant Professor and Head of the Computational Petrology & Geoschemistry Group.
I am currently Associate Professor of Metamorphic Processes at the Institute of Earth Sciences at the University of Lausanne.
University of Lausanne
Associate Professor
Leader of the research group Metamorphic Processes
Since 2024
University of Bern
Assistant Professor
Leader of the research group Computational Petrology
Since 2020
University of Bern
Senior Research Scientist
Oberassistant in Petrology
2018-2020
University of Bern
Research scientist
Postdoc and Assistant in Petrology. EPMA Lab Manager since 2015
2012-2018
University of Grenoble
Teaching Assistant
Petrology and Structural Geology
2009-2012
You don’t have to be crazy to work here. We’ll train you!
my Skills
My recent achievements include the development of computational tools and thermodynamic models that underpin process-oriented studies to deepen our understanding of complex metamorphic systems.
- Thermodynamics
- Compositional Mapping
- Petrochronology
- Artificial intelligence
Thermodynamics
- Bingo-Antidote
- GrtMod
- Database optimisation
- Oxygen isotopes modeling
Compositional mapping
- XMapTools
- Classification
- Calibration
- Data vizualisation
Petrochronology
- Thermobarometry
- Mineral dating
- Subduction Zones
- Barovian Metamorphism
Artificial intelligence
- Machine learning
- Classification
- Neural network
- Deep learning
Selection of software, databases & programs
