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FS3: Nanomaterials for Sensing Applications: Fundamental Material Designs to Device Integration



Nanomaterials exhibit new properties with significant potential for sensing
applications. Nevertheless, for such nanostructures to realize their full potential
they must be integrated in complex and large scale architectures as well as
their fundamental properties need to be well-known and fully controlled. Thus,
advances in nanoscience and nanotechnology are required to attain better
sensors in the future.


This session will focus on science and technology of nanostructured materials
with interesting and promising properties for sensing applications. Beside
approaches towards novel synthesis, processing and modeling of their structureproperty
correlations at the nanometer length scales, their practical application
in different sensing technologies will make up the major thrust areas. Integration
of nanostructured materials in proof-of-concept devices close to the industry
requirements will be given particular attention.


Session Organizers

  • Francisco Hernandez-Ramirez, Catalonia Institute for Energy Research and University of Barcelona, Spain
  • Jia Grace Lu, University of Southern California, USA
  • Alexander Gaskov, Chemistry Department of Moscow State University, Russia
  • Gerhard Müller, EADS Deutschland GmbH – Innovation Works, Germany
  • Ignasi Vilajosana, Worldsensing, Spain


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