We study the dynamics of spins, atoms, molecules and materials on different length and time scales. The spin is used to study magnetics and superconductivity while the atom is used to study various aspects of material dynamics. For many material dynamics simulations it is sufficient to use the atoms as the smallest building blocks, not the electron as we do in electronic structure theory. This modelling theory is usually called Molecular Dynamics (MD) - more specifically Molecular Mechanics based Molecular Dynamics (MM-MD).
The group is studying atoms, molecules, clusters and material properties through the calculation of its electronic structures. For this we apply laws of quantum mechanics in the form of the Schrödinger equation using wave function methods and, foremost, density functional teori (DFT).
The research is in theoretical physics, with emphasis on the most fundamental and conceptual levels such as particle physics, relativity/gravity, cosmology and quantum physics.
Our group's research area is theoretical atomic, molecular, and optical physics. In particular it concerns molecular collisions in the gas phase and radiative as well as reactive processes that those interactions induce. The applications are typically in environments outside earth such as the interstellar medium and planetary atmospheres.
Division of Materials Science
[http://www.ltu.se/org/tvm/Avdelningar/Materialvetenskap?l=en]
Department of Engineering Sciences and Mathematics
[http://www.ltu.se/org/tvm?l=en]
Page Editor and Contact: Fredrik Silvearv
Published: 6 December 2013
Updated: 15 December 2016
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