Methods: Theory, Experiment, Synthesis

Density functional theory

Numerical diagonalization

Numerical analysis (exchange parameters etc.)

Classical Spin Dynamics

Investigation of frustration effects, analytical models

Investigation of magnetization dynamics (Tunneling, Landau-Zener-Effect)

Transport


Neutron scattering

ESR/EPR

NMR

Muon spin relaxation (µSR)

Magnetization by Micro Torque

Magnetization by Hall Sensor

Magnetization in high fields

SQUID

MICRO SQUID

STM, AFM

Surface organization and implementation

Mössbauer spectroscopy

Magnetic Circular Dichroism (MCD)

NEXAFS  (x-ray absorption) and photoemission, XMCD

Microspectroscopy, XPEEM, STXM

Raman Spectroscopy (rR)

Specific heat (PPMS)

Thermal expansion, magnetostriction


Coordination Chemistry

Polyoxometalates

High nuclearity spin clusters

Single Molecule Magnets (SMM)

Mixed valence complexes

Spin Crossover Substances

Optically active oxalate-based magnets

Light Induced Excited Spin State Trapping (LIESST)

Supramolecular chemistry

Lanthanide complexes

Single Chain Magnets