Prof. Dr. Carsten Rockstuhl
Institut für Theoretische Festkörperphysik
Karlsruher Institut für Technologie (Universität
In the theoretical photonics group we explore the possibility to control the properties of light by means of micro- and nanostructured materials. We apply this opportunity to enable applications previously inaccessible or to significantly enhance already existing applications. In our work we rely on a large variety of different numerical and theoretical tools and on the close interaction to a large variety of experimental and theoretical groups that work in the same scientific area. In our group we focus on the following subjects:
Plasmonics, Optical nanoantennas, Metamaterials, Photon management in solar cells, Nonlinear Optics, Quantum Optics
Dr. Frank Setzpfandt
Prof. Dr. Thomas Pertsch
Institute of Applied Physics
Friedrich Schiller Universität Jena
The Nano Optics group at the Institute of Applied Physics targets to explore and understand the properties of nanoscale matter and objects and their interaction with light. Some of the most recent research highlights are:
Nonlinear coupling in optical waveguide arrays
Superfocusing of radially polarized conical surface plasmon polaritons
Enhanced second-harmonic generation from gold nanorings filled with lithium niobate
All-dielectric Huygens’ nanosurfaces
Realization of lithium niobate nanowaveguides
Nonclassical biphoton generation via quantum walks in a nonlinear waveguide array
Order-disorder-transitions in photonic metasurfaces
Vortex Light Bullets – Self-trapped Light with a Twist
Cavity Optical Pulse Extraction – Building Lasers with Hawking Radiation
Nanowires shine bright
Giant optical activity of loop-wire metamaterials
The observation of the light bullet
Prof. Dr H.P. Urbach
Dept. of Imaging Physics
Faculty of Applied Sciences
Delft University of Technology
Van der Waalsweg 8
The Optics Research Group (Optica in Dutch) is specialized in electromagnetic wave theory and imaging techniques operating in both near and far-field region and has one of the longest histories of research in Delft.
Ranging from Extreme UV wavelengths to the Terahertz frequency band, we cover a large range of research topics that have applications in many advanced technologies.
Our Research facilities include various experimental set-ups (clean room) and parallel computing capabilities via a linux server. In addition, the group has access to many commercial software packages and has develloped over the years a large variety of home-made software tools tackling specific research simulation problems.
The Optics Research Groups has a strong international network in optics and is strongly involved in:
SMETHODS: Fp7 Support Action on Training in Optical Design for European SME’s (together with Institut d’Optique Paris, University of Jena, Free University Brussels, University of Eastern Finland, ITMO Univerity St. Petersburg and Polytechnical University of Madrid. Optics group of TUDelft is coordinator).
European Optical Society (EOS), our professor, Paul Urbach is a forner president of the Society.
Dr. Toralf Scharf
Prof. Dr. Olivier Martin
Nanophotonics and Metrology Laboratory
The Nanophotonics and Metrology Laboratory (NAM) at the Swiss Federal Institute of Technology Lausanne(EPFL). The main focus of our research is nanophotonics: the study of the interaction of light with structures smaller than the wavelength, with special emphasis on plasmonics: the optics of metallic nanostructures. We pursue a very comprehensive research that includes modelling, nanofabrication and optical characterization. Applications of our work include the development of novel biosensing techniques, nonlinear plasmonics, optical metamaterials, as well as the fundamental properties of plasmonic nanostructures.
Prof. Dr. Hans Peter Herzig
Optics and Photonics Technology Laboratory
EPFL STI IMT OPT
MC A3 302 (Microcity)
Rue de la Maladière 71b, CP 526
CH-2002 Neuchâtel 2
The Optics & Photonics Technology Lab (OPT Lab) has longstanding activities in micro-optics. Micro-fabrication technologies like photolithography, resist processing, and reactive ion etching are used to manufacture refractive and diffractive micro-optical elements, birefringent optics (liquid crystal devices), as well as nano-scale optics (subwavelength structures, photonic crystals, near field microscopy).
Building on a number of past and present research projects concerning optical and photonic nanostructures, the OPT Lab has developed a number of capabilities spanning the design, fabrication, and characterization of nanostructured optical and photonic devices. Collectively, these capabilities permit the investigation of a wide range of nanoscale optical effects, which facilitates both an improved understanding of optical phenomena on the nanoscale as well as an accelerated approach to producing optical and photonic devices for practical applications.
Miniature opto-electronic sensing modules
Fabrication, Simulation of micro-optical elements for industrial applications
CH 2068 Hauterive
HOLOEYE Photonics AG
Diffractive Micro-optics, LC-based micro-displays (spatial light modulators)
Carl Zeiss AG
Optical design and simulation, System engineering and integration
Corporate Research and Technology
Photo-Lithography & Wafer Metrology
De Run 6501
5504 DR, Veldhoven
System engineering / metrology systems
2628 CK Delft
Numerical methods for nano- and micro-optics design and nanometrology
Machine vision and advanced optics for automatic identification
Via San Vitalino, 13
40012 Lippo di Calderara di Reno
MEYER BURGER RESEARCH AG
Silicon heterojunction solar cell, thin film, PV modules