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Fotonika Research Groups High-performance processing (classical and quantum)

High-performance processing (classical and quantum)

Socio-economic impact

Development of novel healthcare treatments based on photonics Advanced quality control systems Increasing precision manufacturing Increasing performance (cost-competitive and resource-efficient) of production processes Fully digital value chain from supplier, producer, customer, user… Data communications, always and everywhere Internet of Things: a world of increasing connectivity and complexity High-performance processing (classical and quantum) Energy efficiency (highly efficient energy generation, lighting, etc.) Green photonics (for example organic photovoltaics, OLEDs) Advanced sensing and imaging techniques Encryption technologies Connected, autonomous vehicles Smart roads Monitoring of soil, fields, livestock, machinery Food manufacturing, inspection and packaging Water management and sanitation Promoting circular economy Portable and immediate chemical and biological sensing Health diagnosis, therapies and surgeries Data-driven economy and digital society Clean growth and clean environment Security and safety for society Future mobility Agrifood and food safety Empowering smart, efficient industry Ageingsociety
Socio-economic
challenges
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2D Nanophotonics

Research center

Donostia International Physics Center

Main researcher

Researcher name: 
Alexey Nikitin
Researcher email: 
alexey@dipc.org

Description

The research topics of 2D Nanophotonics group are focused on light-matte interaction taking place in 2D materials.

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Theory of Nanophotonics Group

Research center

Materials Physics Center

Main researcher

Researcher name: 
Javier Aizpurua
Researcher email: 
aizpurua@ehu.eus

Description

The Theory of Nanophoptonics Group studies the interaction of light and matter at the nanoscale.

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Nanooptics

Research center

CIC nanoGUNE

Main researcher

Researcher name: 
Rainer Hillenbrand
Researcher email: 
r.hillenbrand@nanogune.eu

Description

The Nanooptics Group performs experimental and theoretical research in Nanooptics and Nanophotonics, covering both fundamental and applied aspects.

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