Institute for Solid State Physics - Nanostructures Group
Welcome to the website of Nanostructures division of the Solid State Physics department of the Gottfired Wilhelm Leibniz University of Hannover.
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The group is involved in multiple cooperations and research facilities including:
Leibniz Universität Hannover : Veranstaltungskalender - Veranstalter Fakultät für Mathematik und Physik
PD Dr. Michael Cuntz (Leibniz Universität Hannnover)
Jedes simpliziale Arrangement kann als Spiegelungsgruppoid aufgefasst werden, jedoch ist ein solches Gruppoid im Allgemeinen nicht endlich.
Die endlichen zweidimensionalen Spiegelungsgruppoide mit n Hyperebenen bilden eine Varietät, die zum maximalen Spektrum der Cluster-Algebra vom Typ An-3 isomorph...
Frau Dipl.-Phys. Nicole Ehrmann
Prof. Dr. K. Porsezian/Pondicherry University, India
Supercontinuum generation (SCG) using photonic crystal fiber (PCF), which relies on high nonlinearity and adjustable zero group velocity dispersion of PCF, is the technology of choice for the next generation of ultrabroadband sources of coherent light. SCG in a PCF was discovered by Ranka as a means to generate a broad spectrum
Prof. Dr. Milena Petrini,
Università Politecnica delle Marche, Ancona
The talk is about a bidimensional model of a viscoelastic medium represented by an hyperbolic degenerate system with periodic oscillations in the lower order term and principal part with characteristics of variable multiplicity. In the homogenization limit the effective system does not present a memory term, however it loses...
Univ. Prof. Dr. Thorsten Schumm/Vienna University of Technology
The radio isotope 229Thorium shows a remarkable and unique property: it possesses an extremely low-energy excited (isomer) state of the nucleus which is expected around 7.8 eV. It might hence be possible to directly excite the atomic nucleus with UV (laser) radiation, creating a bridge between atomic and nuclear physics. The...