Understanding the World at the Smallest Scales

From quantum interactions to emergent phenomena in complex matter

research

Environment-modified interactions, dispersion forces, self-energy, backaction, and matter-wave physics.

02.
Publications

Journal articles on macroscopic QED, Casimir–Polder forces, soft matter, atom optics, and nanolithography.

03.
Teaching

Lecture notes and teaching material on quantum electrodynamics and dispersion forces.

About me

Theoretical physicist working on quantum electrodynamics, dispersion forces, and electromagnetic interactions in complex environments.

My research explores how surfaces, solvents, cavities, and nanostructured materials modify interactions between atoms, molecules, and macroscopic bodies. I combine macroscopic quantum electrodynamics, many-body electrodynamics, and atom-optical methods to study phenomena ranging from molecular interactions near interfaces to matter-wave experiments and quantum sensing.

Contact

Department of Physics and Technology

University of Bergen
Allegaten 55
5007 Bergen, Norway