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Department of Physics
1) Schematics of perfluoro-pentacene decomposition on Cu(111), 2) lithium niobate phonon mode, 3) self-organized rare earth silicide atomic wire, 4) amorphous titania, 5) poly(3-hexylthiophene)
Theoretical Materials Physics
Prof. Dr. Wolf Gero Schmidt
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1) Schematics of perfluoro-pentacene decomposition on Cu(111), 2) lithium niobate phonon mode, 3) self-organized rare earth silicide atomic wire, 4) amorphous titania, 5) poly(3-hexylthiophene)

About us

We employ density functional theory and Green's function methods in order to predict and understand a wide range of material properties.

The focus is presently on the following systems:

  • solid surfaces
  • ferroelectric materials (esp. Lithium niobate)
  • low dimensional systems (esp. wires on the atomic scale)
  • organic/inorganic interfaces
  • biomimetic model complexes

Thereby we are interested in atomic structures, electronic properties, phonon modes, optical spectra, phase transitions, and transport properties.

Head

Prof. Dr. Wolf Gero Schmidt

Theoretical Materials Physics

Lehrstuhlinhaber

Wolf Gero Schmidt
Phone:
+49 5251 60-2335
Phone:
05251/60-2677
Fax:
+49 5251 60-3435
E-mail:
w.g.schmidt(at)upb(dot)de
Office:
N3.347
Web:
Homepage

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