Solid State Theory Meets Photonics: The Curious Optical Properties of Photonic Crystals.- Circular Photo-Galvanic and Spin-Galvanic Effects.- Nano-Photoluminescence.- Spectral Trimming of Photonic Crystals.- Full Counting Statistics in Quantum Contacts.- Quantum Dots Attached to Ferromagnetic Leads: Exchange Field, Spring Precession, and Kondo Effect.- Transport of Interaction Electrons Through a Quantum Dot in Nanowires.- Interference and Interaction in Metallic Nanostructures.- Single-Electron Devices.- Nanostructured Materials: Reaction Kinetics and Stability.- Ab Initio Calculations of Clusters.
Solid State Theory Meets Photonics: The Curious Optical Properties of Photonic Crystals.- Circular Photo-Galvanic and Spin-Galvanic Effects.- Nano-Photoluminescence.- Spectral Trimming of Photonic Crystals.- Full Counting Statistics in Quantum Contacts.- Quantum Dots Attached to Ferromagnetic Leads: Exchange Field, Spring Precession, and Kondo Effect.- Transport of Interaction Electrons Through a Quantum Dot in Nanowires.- Interference and Interaction in Metallic Nanostructures.- Single-Electron Devices.- Nanostructured Materials: Reaction Kinetics and Stability.- Ab Initio Calculations of Clusters.
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