Research groups

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  History of Astronomy and Observational Astronomy

  A. Schrimpf: History of astronomy with emphasis on Marburg and Hesse, photometry and spectroscopy of variable stars

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  Quantitative Biology

  V. Sourjik (MPI): Spatial organization of a bacterial cell and information processing by cellular networks in microorganisms

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  Biophysics

  K. Drescher (MPI): Growth and interactions in multi-cellular systems, from microscopic to macroscopic length scales

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  Semiconductor Photonics

  M. Koch Electronic and optical properties of novel semiconductor lasers, semiconductor nanostructures, lasers, and light-emitting diodes; ultra fast spectroscopy, spintronics

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  Semiconductor Spectroscopy

  W. Heimbrodt: Optical, electronic and magneto-optical properties of semiconductor nanostructures, magnetic semiconductors and organic-inorganic hybrid systems

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  Theoretical Semiconductor Physics

  S.W. Koch: Microscopic theory of electronic and optical properties of semiconductors, nanostructures, semiconductor lasers, quantum optical effects, photonic crystals

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  Complex Systems

  B. Eckhardt, P. Lenz: Theory of non-linear processes at microscopic and macroscopic scales in atoms, hydrodynamics and biological systems

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  Molecular Solid State Physics

  G. Witte: Growth, structure and (opto-)electronic properties of molecular solids and thin films

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  Neurophysics

  F. Bremmer: Studies of brain functioning, especially concerning the processing of visual stimuli. Applications in the field of neurology, neuropsychology, ophthalmology, and psychiatry

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  Surface Physics

  U. Höfer, P. Jakob, H. Jänsch: Structure and dynamics of solid surfaces in ultra-high vacuum, internal interfaces, organic heterostructures, topological insulators, NMR spectroscopy at surfaces

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  Quantum Chaos

  H.-J. Stöckmann, U. Kuhl: Quantum mechanical problems studied with the help of classical electromagnetic waves

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  Structure and Technology Research Laboratory

  K. Volz, W. Stolz: Growth of crystalline solids and semiconductor structures, quantitative structure analysis of functional materials, novel device concepts

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  Many Particle Physics

  F. Gebhard, R. Noack, S. Baranovski: Development of analytical and numerical methods for the treatment of many particle problems, application of these methods to materials science

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  Ultrafast Quantumdynamics

  Microscopic modeling of optics and dynamics in quantum materials (TMDs, graphene, van der Waals heterostructures)

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  Teacher-training

  Teacher-training seminar

• Former research groups

  Former research groups of the Physics Department