Magyar
Materials Science by Nuclear Methods
HUN-REN Wigner Research Centre for Physics
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Research
Novel approaches to lasting problems: spectroscopic studies of the electronic structure of transition metal-based strongly correlated systems
Novel diffusion studies in stratified structures by using waveguide enhancement and isotope multilayer methods
Proximity effects in superconductor/ferromegnet, ferromagnet/ferromagnet and antiferromagnet/ferromagnet heterostructures
Perpendicular anisotropy multicomponent films and ion beam tayloring of their magnetic structure
Fabrication of integrated optical elements via ion beam implantation and irradiation for telecommunication applications
Non-destructive XRF and PIXE analysis of objects of art and archeology
Groups
Femtosecond Spectroscopy and X-ray Spectroscopy Research Group
Ion Beam Physics Research Group
Functional Nanostructures Research Group
Highlights
On the microscopic origin of the nanoscale magnetic-electronic phase separation in LSCO
Materials Science by Nuclear Methods