Driven by scientific curiosity and technological developments, we investigate physics at the nanoscale in materials. Condensed matter displays a wealth of interesting and exotic behavior which ultimately is possible to understand through the theory of quantum physics. We are part of the Center of Excellence QuSpin at NTNU (2017-2027).
We use analytical and numerical models to describe the complex interactions that takes place in materials. Our focus is on quantum transport and we have a strong link to experimental activity, collaborating regularly with international groups.
Erik Haatuft wins the award for best Master of Science student in competition with excellent students from the entire faculty of Natural Sciences. Erik has written his master thesis on thermoelectric effects due to hybridized vortex and impurity states, and has obtained outstanding grades throughout his studies. Looking much forward to our continued collaboration, Erik.
Sara Westrum Færevåg wins the award for best Master of Technology student in competition with excellent students from the whole faculty of Natural Sciences. Sara has written her master thesis on Keldysh Green function theory for systems that combine altermagnetic and superconducting order, and has obtained outstanding grades throughout her studies. Congratulations on a fantastic conclusion of your NTNU-years, Sara.
The work of Johanne Tjernshaugen and Martin Bruland on how spin interactions and magnon properties can be tailored using the flow of superconducting electrons has been published in Physical Review Letters: "Designing lattice spin models and magnon gaps with supercurrents".
Together with Carla Cirillo, Carmine Attanasio, and collaborators, we have published a paper in Physical Review Letters reporting possible observation of intrinsic triplet superconductivity: "Unveiling intrinsic triplet superconductivity in noncentrosymmetric NbRe through inverse spin-valve effects".
One PhD position in theoretical condensed matter physics is available in our group.
For more information and to apply, click here. The deadline is November 21st, 2025.
Erik Wegner Hodt successfully defended his Ph.D thesis "Quantum phenomena in magnetically polarized and superconducting lattice models". Opponents were Annica Black-Schaffer and Kjetil M. D. Hals. Erik, it has been a blast.