> Martin AESCHLIMANN University of Kaiserlauten - GERMANY
Ultrafast optical control at the nanoscale

> Dimitry N. BASOV UC San Diego - USA
Dirac plasmons in graphene: spectroscopy and imaging
 

> Philip E. BATSON Rutgers, The State University of New Jersey - USA
Plasmonic Forces Induced by Swift Electrons in Small Particles

> Jeremy BAUMBERG University of Cambridge - UNITED KINGDOM
Quantum Plasmonics in gap plasmons with precise sub-nm control
 

> Oliver BENSON Humboldt University - Berlin, GERMANY
Fundamental Photonic Hybrid Systems Based on Defect Centers in Diamond

> Richard BERNDT University of Kiel - Kiel, GERMANY
Coupled plasmons at the transition from tunnelling to contact

> Alexandre BOUHELIER Université de Bourgogne - Dijon, FRANCE
X(2) processes in electrically contacted optical gap antennas: second harmonic generation and optical rectification

> Yannick DE WILDE CNRS, ESPCI - Paris, FRANCE
NSOM applications to plasmonics at infrared wavelength

> Enzo DI FABRIZIO Istituto Italiano di Tecnologia - IIT - Genoa, ITALY
Nanostructures and their use in nano optics

> ZhenChao DONG University of Science and Technology of China - Hefei, CHINA

Plasmon mediated single molecular optoelectronics

> Jens DORFMÜLLER University of Stuttgart - Stuttgart, GERMANY
Real-Space Imaging of Optical Nanoantennas by apertureless SNOM

> Wolfgang FRITZSCHE IPTH Jena - GERMANY
Biosensing at the single particle level

> Javier GARCíA DE ABAJO Institute of Optics - Madrid, SPAIN
Graphene plasmonics: An atomically thin look into NFO

> Francisco GARCÍA-VIDAL University Autonoma of Madrid - Madrid, SPAIN
Localized spoof surface plasmons in textured particles

> Harald GIESSEN University of Stuttgart - Stuttgart, GERMANY
Complex plasmonic nanostructures: moving towards applications
 

> Haewook HAN Postech - SOUTH KOREA
Quantitative Spectroscopic Terahertz Near-Field Microscopes

> Achim HARTSCHUH University of Munich - Munich, GERMANY
New directions in tip-enhanced near-field optical microscopy

> Christiane HOEPPENER University of Münster - GERMANY

Single Sphere and Self-similar Colloidal Nanoparticle Antennas for Membrane Protein Imaging

> Mikael KÄLL Chalmers University - SWEDEN
Nanoplasmonic biosensing – promises and problem

> Femius KOENDERINK AMOLF - THE NETHERLANDS

Near-field measurement and manipulation of antenna-enhanced spontaneous emission

> Frank KOPPENS ICFO - Barcelona, SPAIN
Graphene plasmonics

> Joachim KRENN University of Graz - AUSTRIA
Tuning plasmon modes for biosensing

> Kristján LEOSSON University of Iceland - ICELAND
New fabrication approaches in low-loss plasmonics and controlled self-assembly of metal nanostructures for biosensing

> Mikhail LUKIN Harvard University - Cambridge, USA
 

> Adnen MLAYAH CEMES - Toulouse, FRANCE
Acousto-Plasmonics based sensing

> Hrvoje PETEK University of Pittsburgh - USA
Ultrafast plasmonics: Imaging light with electrons on the femto-nano scale

> Albert POLMAN AMOLF - THE NETHERLANDS

Angle-resolved cathodoluminiscence imaging Spectroscopy: deep subwavelength imaging of the modal dispersion of light.

> Anne Marie PUCCI University of Heidelberg - GERMANY
Surface enhanced infrared spectroscopy

> Romain QUIDANT ICFO - Barcelona, SPAIN
Towards an integrated plasmonic platform for early cancer diagnosis

> Mark STOCKMAN Georgia State University - Atlanta, USA
Spasing and Amplification in Plasmonic Nanosystems

> Yung Doug SUH Korea Research Institute Of Chemical Technology - REP. OF KOREA
Nano-gap Enhanced Raman Scattering (NERS) controlled by DNA

> Prabhat VERMA Osaka University - JAPAN

High-resolution optical imaging through plasmonics and beyond plasmonics

> Hong WEI Chinese Academy of Sciences - Beijing, CHINA
Controlling Surface Plasmon Modulations in Siver Nanowire Waveguides

> Kumar WICKRAMASINGHE UC Irvine - California, USA
Raman Probe Force Microscopy - a New Method to Detect the Raman Effect

> Jörg WRACHTRUP University of Stuttgart - Stuttgart, GERMANY
Near field imaging with single atomic emitters

> Joel YANG Institute of Materials Research and Engineering - SINGAPORE

Driving Resonances In Plasmonic Nanoantennas By Electrons and Photons