Work group: Magnetism and Thermodynamics

Being a part of the Department Magnetic Oxides and Intermetallics, the Magnetism and Thermodynamics group applies macroscopic and microscopic (for example NMR) techniques at low temperatures in order study the magnetic and thermodynamic properties of strongly correlated systems. Particular focus is given to quantum magnets with reduced dimensionality, multiferroism, molecular magnetism and the interplay of spin, charge, structure and orbitals in complex systems.

Research Topics:

• Low dimensional quantum spin systems

• FeAs-Superconductors

• Related Research on: Magnetic and Biologic Nanocarriers for Medical Applications

Experimental Methods:

SQUID-Magnetometer, NMR, Vibrating Sample Magnetometer, Alternating Gradient Magnetometer, PPMS, Magnetostriction and Thermal Expansion, Hydrostatic Pressure Cell, Multichannel Potentiostat, AC-Dipstick

(for details see)

Our Collaborations of our group, Publications

For further information please contact: Dr. Anja Wolter