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Nanoscale dynamics of volcanic processes: Experimental insights and numerical simulations of explosive eruptions

CORDIS · observation · Publication date unknown

explosive eruptions. This cutting-edge approach requires interdisciplinary research combined with technological advances. Through NANOVOLC, I will integrate earth sciences with materials science and artificial intelligence to lift the veil on the process of nanolite formation and its role in magma failure. I will deliver a numerical model of magma ascent and eruption to forecast and quantify the impacts of explosive eruptions. To this end, I will i) perform in situ observations of nanolite formation in magmas, ii) build a unique magma fragmentation apparatus that will push the experimental boundaries explored so far, and iii) use artificial intelligence to support numerical model of non-linear volcanic processes. Beyond volcanology, NANOVOLC will provide fundamental understanding of nanocrystal formation in technical glasses, relevant to glass-ceramic industry.

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recordType

award

status

SIGNED

region

EU

value

1999073.39

unit

EUR