Nanolight
2016, Mar 06 -- Mar 12
Organizers:
L. Martín Moreno (ICMA, CSIC - U. Zaragoza)
N. Van Hulst (ICFO, Barcelona)
| Welcome | |
| Light twists at the nanoscale -visualization, fascination and application. | |
| L. Kuipers | |
| Quantum optics with single colour centres in diamond. | |
| F. Jelezko | |
| Minimal photonics with Waveguide QED. | |
| D. Zueco | |
| Coupling quantum dots to plasmonic nanowires. | |
| M. Belitsch | |
| Atom waveguide QED for efficient entangled photon sources. | |
| A. Gonzalez-Tudela | |
| Coherent absorption and emission of quantum emitters weakly and strongly coupled to plasmonic systems. | |
| J. Gomez-Rivas | |
| Coherent feedback control of optical antenna systems. | |
| N. van Hulst | |
| Emission polarization dependence of strongly coupled modes between surface plasmon polaritons and dye molecules. | |
| S. Baieva | |
| Quantum approaches to Surface-Enhanced Raman Spectroscopy. | |
| J. Aizpurua | |
| Excitons, Plasmons and Excitonic Complexes under Strong Confinement in quasi-1D Semiconductors. Theory and Perspectives. | |
| I. Bondarev |
| Electronically Tunable Metamaterials and Metasurfaces. | |
| H. Atwater | |
| Solution Processed Optical Materials for Optoelectronic Devices. | |
| H. Miguez | |
| Dielectric nanoantennas and metasurfaces. | |
| A. Kuznetsov | |
| Radiative heat transfer in the extreme near field. | |
| J. C. Cuevas | |
| Chiral Nanophotonics and Quantum Optics. | |
| A. Rauschenbeutel | |
| Spin Hall effects in plasmonics and metamaterials. | |
| A. Zayats | |
| Interaction of chiral light with magnetoelectric nano-objects possessing chirality. A new paradigm from the conservation of electromagnetic helicity. | |
| M. Nieto Vesperinas | |
| Surface plasmon generation through hybridization with Tamm modes. | |
| C. Symonds | |
| Holographic superlocalization of individual metal nanoparticles: electrochemical impacts tracking and near-field mapping. | |
| G. Tessier |
| Coherent spectroscopy in the single molecule limit. | |
| E. Potma | |
| Modifying molecular properties through strong coupling to confined light modes. | |
| J. Feist | |
| Plasmonic nanofocusing for coherent broadband nano-spectroscopy. | |
| S. F. Becker | |
| Enhanced dipole-dipole energy transfer in plasmonic nanogap antenna. | |
| J. Wenger | |
| DNA origami based optical antennas for control and manipulation of molecular fluorescence. | |
| G. Acuna | |
| Boosting local field enhancement by on-chip nanofocusing and impedance-matched plasmonic antennas. | |
| V. A. Zenin | |
| A Plasmofluidic Platform as Investigation Tool for Intracellular Studies. | |
| G. C. Messina | |
| ndividual nanoparticle detection with a plasmonic nanoantenna integrated with a 30 nm x 30 nm nanochannel. | |
| I. Fernandez-Cuesta | |
| Applications of silicon nanoparticles to Electronics, Photonics and Nanomedicine. | |
| F. Meseguer | |
| Nano-opto-mechanics: probing proteins and nonlinear optics. | |
| R. Gordon | |
| Merging micro and nanooptics for nanooptical functionalities. | |
| H. Giessen | |
| Incorporation, control and use of disorder in functional photonic materials. | |
| C. Lopez | |
| Poster Session | |
| Ultrafast generation of plasmon polaritons in high-mobility graphene. | |
| D. Basov | |
| Electrical conversion of propagating graphene plasmons. | |
| F. Koppens | |
| Tunable plasmonic meta-surface with graphene. | |
| P. Huidobro | |
| Non-Linear Optical Excitation of Surface Plasmons in Graphene. | |
| T. J. Constant | |
| Plasmons in atomic-scale systems. | |
| F. J. Garcia de Abajo | |
| Antenna-coupled Optoelectronics with Two-dimensional Materials. | |
| P. Bharadwaj | |
| Control of radiative processes of quantum dots and 2D materials using plasmonics. | |
| M. Mikkelsen | |
| Nanoimaging of polaritons in 2D materials. | |
| R. Hillenbrand | |
| Nano-optical spectroscopic imaging of monolayer MoS2. | |
| N. Borys | |
| Optical and thermophoretic forces on plasmonic particles. | |
| J. Feldmann |
| Some roles of photonics in III-V semiconductor nanowire applications. | |
| A. Fontcuberta | |
| New twists on optical forces: the role of chirality. | |
| C. Genet | |
| Casimir-like forces between particles under fluctuating optical fields. | |
| J. J. Saenz | |
| Nano-optomechanics with an optically levitated nanoparticle. | |
| R. Quidant | |
| Quantum-information processing with integrated photonic circuits. | |
| P. Lodahl | |
| Colloidal Quantum Dots in Extreme Electromagnetic Environments. | |
| D. Norris |