Henrik Andersen Sveinsson

Henrik Andersen Sveinsson is a Researcher and Postdoctoral Fellow at the University of Oslo's Department of Physics, affiliated with the Center for Computing in Science Education. His research focuses on molecular simulations of fractures in geologically relevant materials like silica, ice, and gas hydrates, alongside fundamental studies of friction dynamics. He teaches courses including HON1000 (Cross-Disciplinary Thematic Focus for Honours Students) and HON2200 (Data-driven Projects), alongside prior instruction in electromagnetism and wave physics.

His work bridges computational physics and geoscience, with recent papers exploring machine learning applications in atomic force modeling, methane hydrate mechanics under varying conditions, and diffusion-driven frictional aging. Key contributions include studies on nanoscale damage production in quartz and the role of water ice in nanocrystalline materials.

Publications highlight interdisciplinary approaches, combining molecular dynamics with AI tools for material property prediction and environmental impact assessments. Sveinsson’s research has implications for understanding earthquake mechanics, climate-related material stability, and energy storage systems.

His academic background includes a PhD in computational physics (2019) and master’s/bachelor’s degrees from UiO (2015/2013). Current projects include the ChemFrac initiative on reaction-induced fracturing and CO2Basalt studies. No awards are explicitly listed, though his work is broadly collaborative with institutions like the Norwegian Broadcasting Corporation and international journals.