Nanolight
2020, Mar 08 -- Mar 14
Organizers:
L. Martín Moreno (ICMA, CSIC - U. Zaragoza)
N. Van Hulst (ICFO, Barcelona)
Departure bus Barcelona-Benasque | |
Departure bus Barcelona-Benasque | |
Welcome | |
Nanoscale optics of 2D material superlattices | |
F. Koppens | |
Nanophotonics with phonon polaritons in 2D materials | |
R. Hillenbrand | |
Field-Tunable Dispersion and Excitations in 2D and Layered Materials | |
R. Sokhoyan | |
Far and near-field spectroscopy of thin MoS2 films | |
G. A. Ermolaev | |
Exciton transport in two-dimensional perovskites: traps, polarons, and opportunities | |
F. Prins | |
Nanoscale Imaging and Control of hexagonal Boron-Nitride Single Photon Emitters by a Resonant Nano-antenna | |
N. Palombo | |
Single protein autofluorescence detection in the UV taking advantage of nanophotonic fluorescence enhancement in aluminum nanoapertures | |
A. Barulin | |
Extreme spectral shaping of single molecules near plasmonic nanoantennas | |
L. Saemish | |
Ultra-Sensitive High-Dynamic Range Label Free Platform for Nanoparticle Detection | |
U. Ortiz | |
Light driven intermolecular forces | |
J. J. Saenz |
Establishing correlations in coupled random lasers | |
C. Lopez | |
Plasmonic metals in the uv: new advances | |
F. Moreno | |
Kerker Conditions Upon Lossless, Absorption and Optical Gain Regimes | |
J. Olmos-Trigo | |
Solution processed nanomaterials for photonics and optoelectronics | |
H. Miguez | |
Nonmodal plasmonics: Shaping the forced response of nanostructures with antiresonant plasmon polaritons | |
G. Rosenblatt | |
Spectral Tuning of Ultra-Low Loss Polaritons in a Natural van de Waals Crystal | |
P. Alonso-Gonzalez | |
Topological quantum dots: a novel platform for THz lasing and quantum optics | |
V. Giannini | |
Strong Coupling and bulk-edge correspondence in Topological photonics | |
C. Downing | |
Tailoring Mie scattering with Helicity and Angular Momentum | |
X. Zambrana-Puyalto | |
Optical resonators based on Casimir forces and related aspects | |
V. Esteso | |
Mueller polarimetry and spontaneous symmetry breaking in complex systems | |
M. Li |
Getting the best out of metal losses | |
R. Quidant | |
Nanoscale modulation of single molecule Forster Resonance Energy Tranfer with photonic antennas | |
M. Sanz-Paz | |
Multiplexed Fluorescence Correlation Spectroscopy at the nanoscale using planar plasmonic antenna arrays | |
P. Winkler | |
Surface-Polariton Enhanced Infrared Nanospectroscopy of Molecular Vibrations | |
L. Mester | |
Plasmonics in Atomically Thin Crystalline Silver | |
V. Mkhitaryan | |
Quantum plasmonics with adatoms at graphene flakes | |
K. Slowik | |
Fast dynamics of single atoms and molecules using plasmonics | |
J. Baumberg | |
Electron currents and light in plasmonic nanogaps | |
J. Aizpurua | |
High-performance ultra-compact lithium niobate plasmonic modulators | |
M. Thomaschewski | |
POSTER SESSION | |
Optimal Brownian protocols in an optical trap | |
C. Genet | |
Deep Learning for Microscopy | |
G. Volpe | |
Quantitative phase imaging for nanophotonics | |
G. Baffou | |
Optoelectronics with low-dimensional materials | |
L. Novotny | |
Plasmonic nanostructures for surface-enhanced Raman based sensing | |
I. Pastoriza | |
Quantum effects in the interaction between free-electrons and optical near fields | |
J. Garcia de Abajo | |
Strong and ultrastrong coupling at room temperature without quantum emitters | |
D. Baranov | |
Reaching the Ultrastrong Coupling Regime with phonon polaritons | |
F. de Leon | |
3D plasmonic nanoparticle crystals as a platform for deep strong light-matter interaction | |
N. S. Mueller | |
Strong light-molecule coupling can enhance quantum yields of trans-cis azobenzene photoisomerization | |
J. Fregoni |
Departure bus from Benasque to Barcelona | |