Introduction

The University of Camerino invites expressions of interest from postdoctoral researchers wishing to apply for the Marie Skłodowska-Curie Actions Postdoctoral Fellowships 2026 in the field of petrology, volcanology, and geochemistry. This research opportunity is hosted by Prof. Fabio Arzilli at the School of Science and Technology and focuses on the study of magmatic processes through experimental and analytical approaches.

Supervisor

Prof. Fabio Arzilli is Associate Professor at the University of Camerino in the Geology Division of the School of Science and Technology. His research activity focuses on petrology, experimental petrology, volcanology, geochemistry, and mineralogy, with particular expertise in synchrotron-based techniques and in situ experiments. He has authored numerous peer-reviewed publications and has coordinated and participated in national and international research projects related to magmatic processes and volcanic systems.

Research Group and Facilities

The research is conducted within laboratories equipped for high-pressure and high-temperature experimental petrology, including facilities capable of reproducing magmatic conditions up to extreme pressure and temperature ranges. The available infrastructure includes techniques for X-ray diffraction, spectroscopy, electron microscopy, and advanced imaging, as well as access to international synchrotron facilities.

The research group operates within an international network and collaborates with leading European universities and research centres, as well as with major synchrotron facilities. This environment supports interdisciplinary research on magmatic processes and volcanic systems.

Research Topic and Project Idea

The project, entitled “Role of Volatile Elements and Crystallisation Processes in the Petrogenesis and Volcanism of Terrestrial and Planetary Magmas: An Interdisciplinary Experimental Approach”, investigates the role of syn-eruptive conditions in controlling crystallisation processes and magma dynamics.

The research focuses on the influence of volatile elements and disequilibrium processes during magma ascent, with particular attention to nano- and micro-scale crystallisation and their effects on magma rheology and eruptive behaviour. Experimental petrology will be used to simulate natural magmatic conditions, reproducing variations in pressure, temperature, and volatile content that occur during volcanic processes.

Advanced imaging techniques, including real-time four-dimensional X-ray microtomography, will be used to directly observe crystallisation processes and phase evolution. These observations will be integrated with quantitative analysis and modelling to improve the understanding of magma dynamics and eruptive mechanisms. The project also provides insights into both terrestrial and planetary magmas and may have applications in the development of materials based on controlled crystallisation processes.

Candidate Profile and Career Development

The position is suitable for candidates with a background in volcanology, petrology, or geochemistry, with a strong interest in experimental approaches to magmatic processes.

The fellowship will allow the candidate to develop competences in experimental petrology, advanced imaging techniques, and quantitative analysis of crystallisation processes, as well as in the modelling of magma dynamics. The research experience will provide interdisciplinary training at the interface between geosciences, materials science, and advanced analytical techniques.

Apply now

Apply now at Unicam for your MSCA Fellowhip.  
If you need further information please contact the supervisor Prof. Fabio Arzilli - fabio.arzilli@unicam.it