Forschungsgebiet

• Logic functionalization of magnetic nanostructures for magnetic logic units and spintronics devices.
• Quantum thermodynamics quantum heat engines utilizing the spin degree of freedom
• Inclusion of additional degrees of freedom in ultrafast laser-induced laser dynamics (phononic degrees of freedom temperature).
• Theoretical investigation of the angular-momentum book keeping in light-induced spin-manipulation processes.
• Developing of a theory for laser-induced spin and charge dynamics in metals oxides and nanostructures in order to coherently manipulate magnetism on small magnetic clusters.
• Electronic ab-initio theory of nonlinear optics and magnetooptics in ferro- and antiferromagnets