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Key Technologies for Tomorrow

Society needs solutions from research. These solutions must be based on completely new ways of thinking and can only be realized using state-of-the-art research tools. This is the task that Forschungszentrum Jülich has set itself: key technologies for the 21st century.

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9.4-T-MR-PET

9point4

Insight into the human brain: the 9.4-tesla magnetic resonance tomograph (MRT) combined with a positron emission tomograph (PET) helps scientists develop new techniques for the diagnosis and treatment of neurological brain diseases. More: 9point4 …

Pfeifen im Ohr

Neurostimulator

It's a humming, rattling, whistling or ringing sound: tinnitus (from the Latin tinnire - to ring). Research results from Forschungszentrum Jülich serve as the basis for a new treatment referred to as neurostimulation. The brain is trained to "unlearn" the sound. More: Neurostimulator …

green corn field. source: fotolia

Bioeconomy

Bioeconomy aims to use our knowledge about biological processes to ensure an adequate food supply, to guarantee an envrionmentally friendly energy supply and to develop novel materials not based on oil. More: Bioeconomy …

Membrane

Envrionmentally Friendly Power Plants

Jülich scientists develop innovative membrane materials to reduce carbon dioxide emissions from fossile power plants. Another field of work includes the improvement of the heat resistance of thermal barrier coatings used in metallic turbine blades to make turbines more efficient. More: Envrionmentally Friendly Power Plants …

JUGENE

Supercomputer

Supercomputers allow us to obtain insights and knowledge that has been previously inaccessible for physical, technical, financial or ethical reasons. Together with numerous partners in science and industry, Forschungszentrum Jülich develops tools and methods, hardware and software in this key technology of the 21st century. More: Supercomputer …

Verspanntes Silizium

Novel Chip Structures

The miniaturization of hardware will soon reach its physical limits. One solution could involve three-dimensional structures, such as nanometre-sized walls or columns on a silicon surface. More: Novel Chip Structures …


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