Research Topics

• Magnetism of ultrathin films, sandwiches, multilayers and superlattices in Au-Fe system.

  (T.Slezak)
  
  

• Magnetic structure of metal/metal oxide epitaxial systems: (Fe/Fe₃O₄).

  (M.Zajac)
  
  

• First principle calculations of electronic structure (hyperfine magnetic fields) at surfaces and interfaces.

  (W.Karas)
  
  

• Metallic and oxide nanoparticles on single crystalline oxide surfaces.

  (cooperation with Institut of Catalysis and Surface Chemistry)
  
  

• Atomic resolution gamma-ray holography using the Moessbauer effect.

  (cooperation with Pawel Korecki)
  
  

• Surface diffusion.

  (cooperation with Institut für Materialphysik der Universität Wien, in the frame of Materials Dynamics Network)
  
  

• Magnetic and vibrational properties of nanostructures studied with Nuclear Resonant Scattering
  of Synchrotron Radiation.

  (T.Slezak, M.Zajac, M.Slezak) (ESRF)
  
  

• The influence of substrate morphology on magnetic properties of 3d metals epitaxial nanostructures.

  (M.Slezak)
  
  

• Adsorption and initial oxidation at Fe surfaces.

  (K.Freindl)
  
  

• Visualization of the magnetic domain structure at phase transitions using Kerr microscopy.   ...results

  (K.Matlak)

  TEAM

  
  
  

• Modulation of the magnetic anisotropy for metal nanostructures on surfaces.

  (A.Kozioł)

  TEAM

  
  
  

• Model metallic and bimetallic catalysts on patterned surfaces.   PhD thesis (9MB) (3MB)

  (E.Madej)

  TEAM

  
  
  

• Growth optimization of epitaxial oxide films for barriers in magnetoresistance tunnel junctions.

  (M. Szczepanik)

  TEAM

  
  
  

• Hyperfine magnetic fields at iron surfaces.

  (A. Kupczak )

  TEAM

  
  
  

• Magnetic properties of Fe(110) films on W(110) analyzed using nuclear resonance scattering of synchrotron radiation.

  (P. Cierniak)

  TEAM