Our Team
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We are funded by the QuSpin centre for quantum spintronics, the department of physics at the Norwegian University of Science and Technology NTNU, and the Norwegian Research Council. We benefit from access to the Sigma2 national infrastructure for HPC.
We offer new MSc projects every year, and Ph.D./postdoc positions as funding permits. As part of the QuSpin centre with 12 Profs/2 researchers/4 postdocs/25 PhD/18 MSc we have a vibrant community of colleagues.
Sol H. Jacobsen
Group Leader
Henning Goa Hugdal
External collaborator
Morten Amundsen
External postdoc
Tancredi Salamone
External collaborator
Current MSc students
Einar Skoglund Geometric curvature in thin films
Olav Irgens Henanger Photonic interactions with spin liquids
Alumni PhDs
Tancredi Salamone, Ph.D.
Tancredi Salamone, Ph.D.
Thesis entitled: Proximity effects in nanostructures with geometric curvature for superconducting spintronics.
Defended September 2023. Opponents: Paola Gentile and Denys Makarov
Andreas T.G. Janssønn, Ph.D.
Andreas T.G. Janssønn, Ph.D.
Thesis entitled: Cavity-mediated impact of superconductors on ferromagnetic insulators. Defended September 2022. Opponents: Frank Schlawin and Hans Huebl
Alumni MSc
Alumni MSc
Henrik T. Kaabø, Maxim Tjøtta & Kjell S. Heinrich, 2024
Eirik Jacceri Høydalsvik & Magnus Skjærpe
2023
Mariell Breivik & Alv Johan Skarpeid, 2022
Mathias Svendsen 2021
2024
Kjell Søren Heinrich
Thesis: "Curvature-Induced Phenomena in Superconductors and Josephson Junctions"
Next position: Ph.D. student at NTNU
Maxim Tjøtta
Thesis: "Superconductive transport in curved thin film ferromagnets"
Next position: Ph.D. student at NTNU
Henrik T. Kaarbø
Thesis: "Colossal enhancement of photomagnonic coupling in antiferromagnet-topological insulator heterostructures"
Next position: Ph.D. student at NTNU
2023
Eirik Jaccheri Høydalsvik
Thesis: "Circular dichroism in cavities coupled to ferromagnetic metals and superconductors"
Next position: Researcher at SINTEF
Magnus Skjærpe
Thesis: "Superconducting Proximity Effects in Diffusive, Curved Antiferromagnets"
Next Position: Further study (computing)
2022
Alv Johan Skarpeid
Thesis: "Diffusive Curved Superconductor-Ferromagnet Proximity Systems in and out of Equilibrium"
Next Position: Ph.D. student at University of Oslo, Norway
Mariell Breivik
Thesis: "Simulating pure odd-frequency Josephson Junctions with conventional superconductors"
Next position: Data scientist
2021
Mathias B.M. Svendsen
Thesis: "Curvature in Superconductor-Ferromagnet Structures"
Next position: Ph.D. student in Tübingen, Germany
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