Program » Hot Topic Keynotes
Microphysiological Systems and Organoids
Keynotes
Elena Martínez Fraiz
Fraunhofer Center for Applied Theragnostics (Fraunhofer CAT), SPAIN
Javier Rámon Azcón
Institute of Bioengineering of Catalonia (IBEC), Barcelona, SPAIN
Wearables and Hand-Held Devices
Keynotes
Stanisa Raspopovic
Medical University of Vienna, AUSTRIA
Elisa Riedo
New York University, USA
Microfluidics as Facilitating Technology
Chairs
Mohammad A. Qasaimeh
Swaminathan Rajaraman
Keynotes
Zong-Hong Lin
National Taiwan University, TAIWAN
Nadnudda Rodthongkum
Chulalongkorn University, THAILAND
Micro and Nanophotonic Technologies
Chairs
Irene Fernandez Cuesta
Larisa Florea
Keynotes
Anja Boisen
Technical University of Denmark (DTU Orbit), DENMARK
NANOBIOSENSING WITH PHOTONIC CRYSTAL METASURFACES
Thomas Krauss
University of York, UK
Keynotes
Elena Martínez FraizFraunhofer Center for Applied Theragnostics (Fraunhofer CAT), SPAIN
Javier Rámon AzcónInstitute of Bioengineering of Catalonia (IBEC), Barcelona, SPAIN
Wearables and Hand-Held Devices
Keynotes
Stanisa RaspopovicMedical University of Vienna, AUSTRIA
Elisa RiedoNew York University, USA
Microfluidics as Facilitating Technology
Chairs
Mohammad A. Qasaimeh
Swaminathan Rajaraman
Keynotes
Zong-Hong LinNational Taiwan University, TAIWAN
Nadnudda RodthongkumChulalongkorn University, THAILAND
Micro and Nanophotonic Technologies
Chairs
Irene Fernandez Cuesta
Larisa Florea
Keynotes
Anja BoisenTechnical University of Denmark (DTU Orbit), DENMARK
NANOBIOSENSING WITH PHOTONIC CRYSTAL METASURFACESThomas Krauss
University of York, UK
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Photonic sensors based on dielectric nanostructures are enjoying much attention based on the drive toward personalized healthcare diagnostics and the desire for ubiquitous sensing. We will discuss the advantages of such sensors both for refractive index sensing, where we have demonstrated clinically relevant biomarker detection into the pg/ml regime, and for spectroscopy, where we have shown Raman scattering with enhancements higher than those observed with metallic nanostructures/SERS.