PLASMONICS – NANOELECTRONICS & CLEAN ENERGY

The fields of the Plasmonics, Nanoelectronics, Clean Energy are some of the most rapidly growing sectors of the modern science and technology. Today, many resources and investments from government agencies, research institutes and local industries are devoted to the developments of materials, processes, instrumentation, and equipment for such devices and products.

The Workshop on Plasmonics – Nanoelectronics & Clean Energy has the goal of fostering research, collaboration and providing advanced training in Plasmonics & Nanoelectronics and Energy applications of Nanotechnology in physical, chemical and engineering sciences. It will serve as a forum for scientists, engineers and industrials from all around the world where there will be exchange of information and provision of access to the latest developments of several topics covering photonics, nanoelectronics, materials, photovoltaics inorganic, organic, dyes, hybrid, device structures, system integrations, manufacturing processes, characterization and monitoring, product applications and business opportunities.

Fundamentals from Electronics to Energy

• Self organized molecules and systems
• Nanotechnology for Thermal Solar
• Energy Harvesting and Storage
• Advances on Thermoelectric materials & devices
• Nano-optoelectronics
• Photonics
• Spintronics
• Molecular electronics and photonics

Materials

• Nanoplasmonic Functional Materials (Development, Characterization, Applications)
• Organic Semiconductors
• Photovoltaics inorganic materials and concepts
• Metallic nanostructures for Plasmonics applications

Devices & Applications

• Nanoelectronics
• Organic and hybrid nanostructured devices
• Fuel cells (processing, testing, demonstration)
• Thin Film Photovoltaics
• LEDs: Display and lighting
• Plasmonics Devices
• Dye Sensitized Solar Cells
• MEMS, NEMS, Nanosensors and Biosensors

Processes & Characterisation

• Nanolithography
• Interface phenomenon in thin film deposition
• New properties at interfaces
• Characterisation techniques for nanophotonics: SNOM, EELS, time resolved etc
• Instrumentation, Nanometrology and Nanotools

For better Understanding, Theory & Computations (in conjunction with the other NN13 Workshops)

• Theory underlying materials' properties and processes at the nano-scale
• Modeling and computational approaches for the design of novel materials
• Theory and computational studies of the structural and mechanical properties
• Modern calculations for the prediction and characterization of the optoelectronic properties
• Theoretical-computational modeling of devices or processes for the optimization of performance
• Latest developments in methodologies and computational science for nanotechnology

Commercialization in Nanoelectronics and Energy

Joined sessions with the Workshops 2, 3 will be organized.
 

WORKSHOP 1 SPECIAL EVENTS

Nano4PVs Workshop  -  download the preliminary agenda

WORKSHOP 1 COMMITTEE

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  Prof. Silva R. P. (Chair), Nano-Electronics Centre, Advanced Technology Institute, Uni of Surrey, UK

  Dr. Kassavetis S. (co-Chair), LTFN, Dept of Physics, AUTh, Greece

• Prof. Dimitriadis Ch., Dept of Physics, AUTh, Greece

  Dr. Fillon B., CEA LITEN, France

• Prof. Malliaras G., Dept Of Bioelectronics, CMP, ENSMSE, France

• Prof. Gioti M., LTFN, Dept of Physics, AUTh, Greece

  Prof. Horowitz G., CNTS, France
  

• Prof. Iliades A., Dept of Electrical & Computer Engineering (ECE), Uni of Maryland, USA

• Prof. Konofaos N., Dept of Informatics, AUTh, Greece

• Dr. Fostiropoulos K., Organic Solar Cell Group, Helmholtz‐Zentrum Berlin, Germany

  Prof. Loidorikis E., Dept. of Materials Science & Eng., Uni of Ioannina, Greece

• Prof. Tsoukalas D., IMEL, NCSR Demokritos, Greece

• Prof. Vainos N., Dept of Materials Science, Uni of Patras & NHRF/TPCI,Greece

  Dr. Nassiopoulou A., IMEL, NCSR Demokritos, Greece