Kristoffer Sosulski Moen
About
My research work is on the interaction between surface waves and turbulence, in particular in the ocean. Specifically, I work within the Thermo-fluids research group, on the WaTurSheD project lead by Simen Å. Ellingsen, who is also my PhD supervisor.
WaTurSheD aims to better understand the triple interaction of surface waves, turbulence and mean shear flow in the upper ocean and in that improve current climate and ocean models. My work within the project focuses mainly on the numerical analysis of simulations and lab data from the water channel, as well as theoretical contributions to the development of an improved theory of ocean surface waves.
I have a background from physics, completing a MSc in Applied Physics and Mathematics at NTNU in 2023. My specialisation was within geophysical fluid mechanics and numerics. In my master's thesis, I studied small-scale internal gravity waves in the mid- to high-altitude atmosphere, and their interactions with large-scale planetary/Rossby waves. My thesis can be found here: https://ntnuopen.ntnu.no/ntnu-xmlui/handle/11250/3097924
Publications
2026
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Moen, Kristoffer S.;
Aarnes, Jørgen R.;
Ellingsen, Simen Å.;
Kutz, J. Nathan.
(2026)
Mapping surface height dynamics to subsurface flow physics in free-surface turbulent flow using a shallow recurrent decoder.
Physical Review Fluids
Academic article
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Ellingsen, Simen Å.;
Rømcke, Olav;
Smeltzer, Benjamin Keeler;
Teixeira, Miguel A.C.;
Bremer, Ton S. van den;
Moen, Kristoffer Sosulski;
Hearst, R. Jason.
(2026)
Turbulence-induced anti-Stokes flow: experiments and theory.
Journal of Fluid Mechanics
Academic article
Journal publications
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Moen, Kristoffer S.;
Aarnes, Jørgen R.;
Ellingsen, Simen Å.;
Kutz, J. Nathan.
(2026)
Mapping surface height dynamics to subsurface flow physics in free-surface turbulent flow using a shallow recurrent decoder.
Physical Review Fluids
Academic article
-
Ellingsen, Simen Å.;
Rømcke, Olav;
Smeltzer, Benjamin Keeler;
Teixeira, Miguel A.C.;
Bremer, Ton S. van den;
Moen, Kristoffer Sosulski;
Hearst, R. Jason.
(2026)
Turbulence-induced anti-Stokes flow: experiments and theory.
Journal of Fluid Mechanics
Academic article
Outreach
2026
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Conference posterAarnes, Jørgen Røysland; Moen, Kristoffer Sosulski; Romøren, Sverre S.; Ellingsen, Simen Ådnøy; Kutz, J. Nathan. (2026) From light reflections on rivers to predictions of gas transfer and turbulent flow physics with SHRED. PhysML Workshop 2026
2025
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Conference lectureEllingsen, Simen Ådnøy; Rømcke, Olav; Smeltzer, Benjamin Keeler; Hearst, R. Jason; Moen, Kristoffer Sosulski; Bremer, Ton S. van den; Teixeira, Miguel A. C.. (2025) Turbulence-induced anti-Stokes flow: experiment and theory. Bornö workshop on surface waves
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Conference lectureEllingsen, Simen Ådnøy; Rømcke, Olav; Smeltzer, Benjamin Keeler; Teixeira, Miguel A. C.; Bremer, Ton S. van den; Moen, Kristoffer Sosulski; Hearst, R. Jason. (2025) Eulerian anti-Stokes flow from wave-turbulence interaction: Experiment and theory. Waves in Sea Environments (WISE) 2025
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Conference lectureRømcke, Olav; Smeltzer, Benjamin Keeler; Teixeira, Miguel A. C.; Moen, Kristoffer Sosulski; Bremer, Ton S. van den; Hearst, R. Jason; Ellingsen, Simen Ådnøy. (2025) Mean current created by wave-turbulence interactions: experiment and theory. European Fluid Dynamics Conference (EFDC2)