Dr. Patricia Martínez-Garzón: New W2 professor for seismology in Aachen!
Dr. Patricia Martínez-Garzón: New W2 professor for seismology in Aachen!
dr. Patricia Martínez-Garzón becomes a W2 professor for "applied seismology" on RWTH Aachen. This calling is carried out in close cooperation with the GFZ Helmholtz Center for Geof research, where it remains active in section 4.2 "Geomechanics and scientific drilling". The appointment takes place according to the Jülich model and underlines the close interlinking of both institutions that aim to promote the training of the next generation of geo -researchers. gfz.de reports that your past career is no less impressive.
Martínez-Garzón studied physics at the Universidad Compluteense Madrid and deepened her knowledge of geophysics and meteorology. In 2011 she joined the GFZ, where she received his doctorate at the Free University of Berlin in 2014. Her dissertation dealt with "induced seismicity in geo-reservoirs", and since then she has expanded her research focus on seismo-mechanical analyzes of earthquakes. Here she was active as part of the Helmholtz Postdoc program and spent one year at the University of Southern California in the working group of Prof. Ben-Zion.
research activities and successes
Martínez-Garzón has made significant progress in geof research, including the construction of the Helmholtz junior group Saidan, which is supported with 2 million euros in third-party funds. Their research focuses on seismic and asismic deformations, including classic earthquakes and slow deformation processes. Her ERC Starting Grant of 1.5 million euros is particularly remarkable for the “Quakehunter” project, which aims to monitor real -time monitoring of the earthquake. This project runs until 2028 and could have far -reaching effects on earthquake research.
In addition to her academic career, she has been the co-director of the Gonaf Observatory before Istanbul, which wants to build an earthquake early recognition system since 2023. This initiative could make a decisive contribution to understanding the dangers that arise from natural events such as earthquakes and developing strategies for risk reduction. The GFZ, as Germany's national center for researching the solid earth, promotes with over 1,500 employees: extensive research projects inside that deal with natural hazards and the development of new straw observation systems. These activities are particularly relevant in the context of global change and the associated challenges.research as part of global change
The GFZ contributes to coping with global change with its areas of research, especially with regard to natural hazards such as earthquakes, slope slips and floods. There is great importance to the development of methods that make it possible to examine temporal variations and critical phases from catastrophic events. This approach requires new surveillance approaches to recognize impending dangers at an early stage and react accordingly. Martínez-Garzón emphasizes the importance of such strategies and examines the basic physical processes that control temporal fluctuations, which is of central importance in their research area. These findings are obtained through laboratory experiments, modeling and field observations and have both local and global areas of application.
The close cooperation between RWTH Aachen and GFZ is also viewed as the key to innovative developments in geoscientific. Thanks to the integration of the Research Institute for Sustainability (RIFS) into the Helmholtz community in 2023, the effects and the need to work on social change processes are more important. The focus is on topics such as energy transition, climate change and sustainable governance, which also play a central role in the research projects of Martínez-Garzón.
Overall, it turns out that Dr. Patricia Martínez-Garzón will not only make an important contribution to geoscientifications through her calling at RWTH Aachen, but also through various outstanding research projects. Their commitment to a better understanding of the earthquake mechanisms and for the training of young scientists: inside could make a decisive contribution to the further development of the specialist area.
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