Ultrafast nanooptics
Projects
- Simultaneous spatial and temporal control (Aeschlimann, Brixner, Pfeiffer)
- Femtosecond dynamics and control of hybrid plasmonic systems (Bauer)
- Antenna enhanced coherent control of currents in nanostructures (Betz)
- Optimal control of energy transfer in silver-cluster nanostructures (Bonacic-Koutecky)
- Femtosecond quantum optics with hybrid nanostructures (Bratschitsch)
- Propagation and coherent control of excitations in optical nano-circuits (Brixner, Hecht)
- Hydrodynamic modeling of the optical response of metallic nanostructures (Busch)
- Transfer of angular momentum by circularly polarized near fields (Elmers, Kreiter)
- Optimization, pulse shaping and optical control in nanostructures (Förstner)
- Coherent control in plasmonic hybrid structures, metamaterials, and nanoantennas (Giessen)
- Adaptive control of tip-enhanced near-field signals in carbon nanotubes (Hartschuh)
- Attosecond probing of localized surface plasmon fields (Kleineberg)
- Short-Wavelength Photon and Electron Emission in Free and Deposited Nanoparticles by Controlled Ultrafast Laserinduced Nanolocalized Fields (Eckart Rühl, Jürgen Plenge, Matthias F. Kling, Thomas Fennel)
- Physics and applications of a novel nanometer-sized femtosecond electron source (Lienau, Ropers)
- Exciton-plasmon interaction in metal-semiconductor hybrid nanostructures (Lienau, Runge)
- Ultrafast nonlinear response in hybrid materials (Linden)
- Optical mapping of the elasto-mechanical response in nanostructures (Lippitz, Sönnichsen, Vogelgesang)
- Spatially-inhomogeneous optical nonlinearities in metal nanostructures (Meier)
- Tip-enhanced ultrafast spectroscopy and microscopy of organic solar cells (Meixner, Zhang)
- Plasmon coupling, propagation, and interference using femtosecond PEEM (Meyer zu Heringdorf)
- Femtosecond plasmonic transport in metal nanostructures investigated by SNOM and PEEM (Oesterschulze)
- Nonlinear optics in metallic nanowaveguides in Lithium Niobate (Pertsch, Rockstuhl)
- Nanolocalization of time-reversed optical fields (Pfeiffer)
- Nonlinear plasmon-plasmon interactions - ultrafast plasmonic switchers (Reinhardt)
- Theory of spatio-temporally resolved optical dynamics in hybrid-nanostructures (Richter, Schmidt)
- Coherent plasmonic control via near-field coupling (Zentgraf)
