Experimental Semiconductor Physics 1

Prof. Gerhard Abstreiter

Optical spectroscopy and transport phenomena in semiconductor nanostructures; MBE-growth of SiGe heterostructures

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Experimental Semiconductor Physics 2

Prof. Martin Stutzmann

Spectroscopy of defects; transport phenomena; thin layers; non-ordered semiconductors; wide bandgap semiconductors, bio sensors, photovoltaics.

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Semiconductor Technology

Prof. Markus-Christian Amann

MBE-growth of III/V semiconductors; semiconductor technology; semiconductor devices; device simulation; direct growth of nanostructures.

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Theoretical Semiconductor Physics

Prof. Peter Vogl

Optical and electronic properties of semiconductors and polymers; classical and quantum transport in semiconductor devices.

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Nanostructure Photonics Group

Prof. Jonathan Finley

Optical spectroscopic techniques to probe the electronic, optical and physical properties of low dimensional semiconductor nanostructures.
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Advanced Nanostructures

Dr. Anna Fontcuberta i Morral

Synthesis of novel semiconductor nanostructures; transport and optical properties.

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Spins and Defects in Semiconductors

Prof. Martin S. Brandt

Semiconductor spectroscopy, magnetic resonance, ferromagnetic
semiconductors, and silicon nanostructures.

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Hybrid Nanosystems - Nanoscale Optoelectronics

Prof. Alexander Holleitner

Optoelectronic transport properties of nanoscale devices: colloidal quantum dots, carbon nanotubes, molecules, and mesoscopic semiconductor circuits.

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