Graphene Nanophotonics
2013, Mar 03 -- Mar 08
Organizers:
L. Martín Moreno (ICMA, CSIC - U. Zaragoza)
Stefan Maier (Imperial College)
| Welcome | |
| Graphene plasmonics: hybrid devices. | |
| A. Grigorenko | |
| The interaction of light and graphene: physics and applications | |
| F. Xia | |
| Magneto-plasmonic effects in epitaxial graphene | |
| A. Kuzmenko | |
| Broadband graphene room temperature photodetectors | |
| X. Cai | |
| THz detection in graphene nanotransistors | |
| A. Tredicucci | |
| Chemically functionalized graphene: a platform for plasmonics and photodetectors | |
| M. Craciun | |
| Diffraction, absorption and scattering in structures with graphene plasmons | |
| A. Nikitin | |
| Role of phonons on the optoelectronic and plasmonic response in graphene | |
| T. Low | |
| Strongly Confined Gap Plasmon Modes in a Graphene Sandwich | |
| Y. Francescato |
| Phonon and exciton localization in graphene and carbon nanotubes | |
| L. Novotny | |
| Raman characterization of graphene-based systems. | |
| L. G. Cancado | |
| Optomechanics of Raman active Graphene optical cavities | |
| V. Bouchiat | |
| Enhanced Raman Scattering of Graphene using Arrays of Split Ring Resonators | |
| G. Sarau | |
| Polarized plasmonic enhancement by Au nano structures probed through Raman scattering of suspended graphene | |
| S. Heeg | |
| Near-field study of graphene plasmons: theory and experiment | |
| M. Fogler | |
| Real-space mapping of graphene plasmons by near-field microscopy | |
| R. Hillenbrandt | |
| Terahertz plasmon nanofocusing in graphene taper | |
| A. Davoyan | |
| Plasmonics in double-layer graphene structures | |
| T. Stauber | |
| Optical properties of non-symmetrical hyperbolic media, based on graphene multilayers | |
| I. Nefedov | |
| Novel hyperbolic metamaterials based on multilayer graphene structures. | |
| I. V. Iorsh |
| Graphene plasmons and electrons: nano and fast | |
| F. Koppens | |
| Interfacial engineering of graphene nanostructures | |
| C. Mattevi | |
| Plasmon-mediated wideband Far-infared Absorption in Graphene | |
| D. Han | |
| Guided-Mode Resonances of Graphene Plasmonic Waves | |
| Q. Xu | |
| Ultrafast Electron-Electron Dynamics | |
| D. Brida | |
| Classical and quantum effects in graphene plasmonics | |
| F. J. Garcia de Abajo | |
| Light emission and detection in sigle layer MoS2 | |
| R. S. Sanduram | |
| Plasmonic excitations in a Topological Insulator | |
| M. Ortolani | |
| Coherent and broadband enhanced optical absorption in graphene | |
| G. Piruccio | |
| A coherent perfect absorber made from graphene | |
| R. Alaee |
| Excitation of surface polaritons in graphene and other accompanying phenomena | |
| Y. Bludov | |
| Graphene nanophotonics methods and devices: what can we learn from the microwave field? | |
| J. Perruisseau-Carrier | |
| Many-Body effects in the Near-Field Optics of Graphene | |
| J.P.F. LeBlanc | |
| Tunable metamaterials on graphene | |
| S. Cakmakyapan | |
| Sample size effects on performance of subwavelength bolometers | |
| P. Renoux | |
| Coupling light into graphene plasmons with the help of surface acoustic waves | |
| J. Schiefele | |
| Enhanced Optical Dichroism of Graphene Nanoribbons | |
| F. Hipolito |