Quantum Plasmonics
2015, Mar 08 -- Mar 14
Organizers:
F.J. Garcia-Vidal (U. Autonoma de Madrid)
L. Martín Moreno (ICMA, CSIC - U. Zaragoza)
S. Bozhevolnyi (U. of Southern Denmark)
| Welcome | |
| Coupling molecular mechanics to surface plasmons. | |
| T. Ebbesen | |
| Polariton condensation in organic semiconductors. | |
| S. Kena-Cohen | |
| Transport and harvesting of excitons mediated by strong coupling. | |
| J. Feist | |
| Light-matter interactions in quantum plasmonic lattices. | |
| P. Torma | |
| Microcavity plexcitons: Far-field coupling of plasmons and excitons. | |
| K. Lindfors | |
| Theoretical formalism for multi-photon quantum transport in nanophotonic structures | |
| S. Fan | |
| Quantum photonics with emitters in metal-semiconductor nanostructures. | |
| T. Babinec | |
| Quantum transport of few photons in waveguides: many-body, strong and ultrastrong effects. | |
| E. Sánchez-Burillo | |
| Multi-atom stimulated Raman adiabatic passage mediated by plasmons. | |
| B. Rousseaux | |
| Long range non-radiative energy transfer between two fluorescent emitters. | |
| V. Krachmalnicoff |
| Quantum-Dot Plasmonics. | |
| D. Norris | |
| Defects in diamond: light matter interface for solid state spin qubits. | |
| F. Jelezko | |
| Controlled interaction of single NV centers with surface plasmons | |
| R. Quidant | |
| Coupling Nitrogen-vacancy centres to plasmonic structures. | |
| U. Andersen | |
| Antenna-coupled tunnel junctions. | |
| L. Novotny | |
| Transducing Electrons and Photons in Electrically-Contacted Tunneling Optical Gap Antennas. | |
| A. Bouhelier | |
| Quantum effects in the plasmonic response of nanogaps. | |
| J. Aizpurua | |
| Towards Robust Correlated Measurements of Dynamic Plasmonic Gaps in the Sub-nm Regime. | |
| A. Sanders | |
| Electrically-driven optical antennas. | |
| R. Kullock |
| Very large enhancements of spontaneous emission using plasmonic nanoantennas. | |
| V. Sandoghdar | |
| Metamaterial-enhanced | |
| V. Shalaev | |
| Quantum optics based on sub-wavelengh localization of light. | |
| M. Lukin | |
| Nonlocal plasmonic response in noble metal and graphene nanostructures. | |
| N. Mortensen | |
| Electrically controllable light-matter coupling with erbium and graphene. | |
| Klaas-Jan Tielrooij | |
| Quantum plasmonic excitation in graphene and robust-to-loss state propagation. | |
| Changhyoup Lee | |
| Gap plasmon induced enhancement of excitonic emission from graphene oxide quantum dots | |
| Arup Neogi | |
| Topologically protected plasmons and excitons | |
| Joel Yuen-Zhou | |
| Large suppression of quantum fluctuations of light from a single emitter by an optical nanostructure. | |
| M. Agio | |
| Resonant coupling of individual quantum emitters and localized surface plasmons. | |
| S. Bozhevolnyi | |
| Molecular electronic plasmonics | |
| C. Nijhuis | |
| Poster session | |
| Active Surface Plasmon Photonics. | |
| P. Berini | |
| Ultimate limits of plasmonic enhancement. | |
| J. Kurgin | |
| Lasing in plasmonic periodic, aperiodic, and disordered systems. | |
| F. Koenderink | |
| Polarized Tamm plasmon laser. | |
| Joel Bellessa | |
| Controlling radiation reaction in a coupled nanoantenna-microcavity system. | |
| E. Verhagen | |
| Quantum information processing with atoms coupled to waveguides and cavities. | |
| A. Sorensen | |
| Cold atoms nanophotonics: a platform for quantum simulation and information. | |
| A.Gonzalez-Tudela | |
| Strong coupling between individual plasmonic nanoparticles and molecular excitons. | |
| T. Shegai | |
| Efficient Emission and Directional Nanoscale Guiding of Single Photons Based on Excitation of Gap Surface Plasmons | |
| H. Lian |
| Approaching the quantum limit for metal nanoparticle plasmonics. | |
| Garnett W. Bryant | |
| Quantum optics with surface plasmons. | |
| J. J. Greffet | |
| First-Principles View of Quantum Plasmonic and Electronic Transport | |
| P. Narang | |
| Chiral interaction of light and matter in confined geometries | |
| A. Rauschenbeutel |