Semiconductor Quantum Nanosystems | Prof. Jonathan Finley | Prof. em. Gerhard Abstreiter
Design, fabrication and exploration of tailored electronic and photonic nano-materials and their use in emergent technologies.
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Experimental Semiconductor Physics| 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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Bionanotechnology and Bioelectronics | Prof. Friedrich Simmel
Biomolecular self-assembly, molecular machines and devices, nanopores, biocomputing and synthetic biology.
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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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Nanoimprint technology | Prof. Dr. Paolo Lugli
Nanopatterning for optoelectronic, photovoltaic, electrocatalytic and photocatalytic systems; biosensors and biofunctionalization.
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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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Biomolecular Nanotechnology | Prof. Hendrik Dietz
Bioinspired nanotechnology and molecular self-assembly. Nanoscale devices for protein and nucleic acid biophysics.
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