Press releases FhG

Fraunhofer Nanotechnology Alliance

 Representing IAP Potsdam-Golm

Prof. Horst Weller receives the ECIS Solvay Prize 2018
Press release Fraunhofer IAP / 2018-09-04
Prof. Dr. Horst Weller - © Photo Fraunhofer IAP
© Photo Fraunhofer IAP
Prof. Dr. Horst Weller
(please click to enlarge)
  At this year's European Colloid and Interface Society (ECIS) conference in Ljubljana, Slovenia, September 2-7, Professor Horst Weller was presented with the ECIS Solvay Prize 2018. Since 2001, the prize has been awarded to European scientists who have been leading the way in the research field of colloids and interfaces for many years.

"The prize is a great incentive to successfully continue this research", Weller says. Professor Weller heads the Center for Applied Nanotechnology CAN, a research area at the Fraunhofer IAP and also has a chair at the Institute of Physical Chemistry at the University of Hamburg.
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The Center for Applied Nanotechnology CAN to become new research division at the Fraunhofer IAP
Press release 2018-01-05
Semi-conductive particles (quantum dots) under UV light stimulation - © Photo Fraunhofer CAN, photographer: Edgar Wacker
© Photo Fraunhofer CAN, photographer: Edgar Wacker
  The Center for Applied Nanotechnology (CAN) GmbH was integrated into the Fraunhofer Institute for Applied Polymer Research (Potsdam-Golm) on January 1, 2018. Under the leadership of Professor Horst Weller, a renowned chemist, the 23 employees will continue their research activities at CAN’s location in Hamburg. Focus is on the manufacturing and characterization of a range of materials in the form of nanoparticles and nanocomposites.

Fig. left (please click to enlarge): Semi-conductive particles (quantum dots) under UV light stimulation: their fluorescence changes as they increase in size (from left to right).
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 Representing IKTS Dresden

Cleaning waste water effectively
Press Release 2017-05-30
Ceramic membranes by the Fraunhofer Institute for Ceramic Technologies and Systems IKTS - © Fraunhofer IKTS
© Fraunhofer IKTS
  Water is vital – therefore, waste water has to be cleaned as efficiently as possible. Ceramic membranes make this possible. Researchers from the Fraunhofer Institute for Ceramic Technologies and Systems IKTS in Hermsdorf, Germany were able to significantly reduce the separation limits of these membranes and to reliably filter off dissolved organic molecules with a molar mass of only 200 Dalton. Even industrial sewage water can thus be cleaned efficiently.

Fig. left (please click to enlarge):Ceramic membranes by the Fraunhofer Institute for Ceramic Technologies and Systems IKTS.
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 Representing IAP Potsdam-Golm

Brilliant colors from environmentally friendly crystals
Press Release 2015-10-01
Quantum dots make it possible to display any color in full brilliance - © Fraunhofer IAP
© Fraunhofer IAP
  Quantum dots have made it possible to substantially increase color quality in LCD displays. However, these cadmium-based nanocrystals have proven to be harmful to the environment. Fraunhofer researchers are working together with an industry partner to develop a promising alternative: quantum dots based on indium phosphide.

Fig. left (please click to enlarge): Quantum dots make it possible to display any color in full brilliance.
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 Representing IPA Stuttgart:

Nano-supercapacitors for electric cars
Press Release 2014-07-01
Development of nano-material based supercapacitors © Fraunhofer IPA   Innovative nano-material based supercapacitors are set to bring mass market appeal a good step closer to the lukewarm public interest in Germany. This movement is currently being motivated by the advancements in the state-of-the-art of this device. Electric cars are very much welcomed in Norway and they are a common sight on the roads of the Scandinavian country, in contrast to the situation in Germany.
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 Representing ICT Pfinztal

Testing smart plastics in real time
Press Release 2013-11-04
Sensor system to test the composition of plastics enriched with nanoparticles © Fraunhofer ICT   Nano additives can make plastics scratch and flame proof, or give them antibacterial properties. For this to work, the particle distribution within the plastic compound must be absolutely correct. A new device is now able to test the distribution in real time. "onBOX" uses a sensor system to test the composition of plastics enriched with nanoparticles. The unit is mounted directly onto the mixing plant, and is able to monitor particle distribution.
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 Representing this Alliance:

Touchscreens Made of Carbon
Press Release 2011-01-27
Touchscreens Made of Carbon   Touchscreens are in – although the technology still has its price. The little screens contain rare and expensive elements. This is the reason why researchers at Fraunhofer are coming up with an alternative display made of low-priced renewable raw materials available all over the world. The researchers are presenting touchscreens that contain carbon nanotubes at the nano tech 2011 fair in Tokyo from February 16-18.
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Nanoworld in color
Press Release 2011-01-20
Nanoworld in color   Microscopically small nanostructured arrays of lenses that can record or project amazingly sharp images in brilliant colors are being demonstrated by Fraunhofer research scientists at the nano tech 2011 trade show in Tokyo from February 16 to 18.
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Fast sepsis test can save lives
Research News December 2010
Fast sepsis test can save lives   Blood poisoning can be fatal. If you suffer from sepsis, you used to have to wait as much as 48 hours for laboratory findings. A new diagnostic platform as big as a credit card will now supply the analysis after as little as an hour. This system is based on nanoparticles that are automatically guided by magnetic forces.
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Plastics and nanoparticles - the perfect combination
Research News October 2010
Plastics and nanoparticles - the perfect combination   These days, plastic components are vital to many fields of industry – lightweight construction, automobile manufacturing and electrical engineering, to name but a few. Now researchers have found ingenious ways to combine plastics with nanoparticles and endow them with new properties. Thanks to these innovative materials, aircraft could in future be better protected against lightning strikes.
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Paving slabs that clean the air
Research News August 2010
Paving slabs that clean the air   The concentrations of toxic nitrogen oxide that are present in German cities regularly exceed the maximum permitted levels. That’s now about to change, as innovative paving slabs that will help protect the environment are being introduced. Coated in titanium dioxide nanoparticles, they reduce the amount of nitrogen oxide in the air.
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Nanotechnology - midgets with big potential
Research Topics 2010
Nanotechnology - midgets with big potential   Nanotechnology is a cross-section technology concerned with research and construction in very small structures. A nanometer corresponds to a millionth of a millimeter. It is a discipline which offers more potential for innovative applications than any other, as special physical laws apply on the nano-level. The optical, electrical or chemical properties of established materials can be altered completely by manipulation of the nanostructure.
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 Representing IGB Stuttgart:

Ice-free wings by nanostructuring
Press Release 2011-02-25
Ice-free wings by nanostructuring   Scientists at the Fraunhofer Institute for Interfacial Engineering and Biotechnology IGB in Stuttgart have developed nano-structured surfaces on which water is repelled and almost no ice is formed in freezing temperatures.

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 Representing IWM Halle:

Nanopores make sterile filtration more reliable
Research News July 2010
Nanopores make sterile filtration more reliable   Irregular pores, low flow rates: The plastic membrane filters used in sterile filtration do not always ensure that conditions are really sterile. Filter membranes of aluminum oxide are more reliable – the size of the nanopores can be determined with precision. Even the smallest viruses cannot pass through the membrane.
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 Representing IWM Freiburg:

Perfectly non-reflecting
Research News May 2010
Perfectly non-reflecting   A new nanocoating ensures a perfectly non-reflecting view on displays and through eyeglasses. The necessary surface structure is applied to the polymeric parts during manufacture, obviating the need for a separate process step. The hybrid coating has further advantages: the components are scratch-proof and easy to clean.
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 Representing ISC Würzburg:

Nano for the senses
Press Release February 2010
Nano for the senses   Pin-sharp projections, light that’s whiter than white, varnishes that make sounds if the temperature changes: at nano tech 2010 in Tokyo, Fraunhofer researchers present nanotechnology that is a veritable feast for the senses.
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Printable sensors
Research News March 2010
Printable sensors   In future every home will have one: electronic devices that you can control just by pointing a finger. To turn this vision into reality the 3Plast research consortium is developing special sensors that can be printed onto plastic film and affixed to objects.
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 Representing Fraunhofer ITEM:

Nano materials put to test
Press release of Information Service Science from 2010-09-09
Thick carbon nanotubes in electron microscope
Photo: Leonhardt, Leibniz Institute Dresden
  Carbon nanotubes (CNT) are among the new nanomaterials with a wide application potential. Their exceptional properties - extreme tensile strength, high electrical conductivity and low weight - make these tiny graphite tubes interesting for a wide range of products. However, some studies suggest that certain nanotubes with specific properties may be similar to carcinogens as asbestos fibers. To exclude potential risks to humans, the German Federal Ministry of Education and Research (BMBF) is now funding the research network CarboTox for three years with around 1.25 million euros.
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 Representing IWS Dresden:

Production of large quantities of single wall carbon nanotubes
Innovation cluster "nano for production" with participation of IWS Dresden
Transmission electron micrograph of single wall carbon nanotubes
  Carbon nanotubes show a number of interesting properties such as high strength, very good thermal and electrical conductivity, and interesting optical properties. Only small quantities of carbon nanotubes added to composite materials can open completely new functionalities for the matrix material while simultaneously maintaining the conventional matrix properties and keeping established production lines unchanged.
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