Magneto-Optical Spectroscopy with Cylindrical Vector Beams

Subproject A deals with the experimental realization of isolated magnetic pulse spectroscopy using cylindrical vector beams.

XUV Spectroscopy with Isolated Magnetic Fields from Laser Pulse Collision

Subproject B generates isolated oscillating magnetic fields using laser pulse collision and detects excitations and dynamics using XUV spectroscopy.

Theory and Computations of Isolated Magnetic Field Spectroscopy

Subproject C performs computational simulations of electromagnetic fields (particle-in-cell simulations) in subprojects A and B, of magnetic dipole-allowed molecular spectra (electronic structure calculations), and of molecular dynamics induced by magnetic dipole-induced excitations.