A new electro-fluidics design from the University of Cincinnati shows potential to improve the image capabilities of electronic devices. Similarly to the Qualcomm Mirasol display for color e-readers we described earlier, this display is able to display dynamic content while it is consuming low power. Its developers claim it will be able to provide high… »
Panasonic has been committed to the research and development of robots that assist people, both of those who give and receive health care and welfare services, in order to make everyday living safe, secure and comfortable. They have announced the development of an electric care assistance bed with an integrated wheelchair and a hair-washing robot… »
A new invention could cut energy use in buildings by 25 percent by creating a better indoor climate. The CleanAir invention was recently patented by a researcher in atmospheric chemistry at the University of Copenhagen. The inventor, Matthew Johnson, has shown his invention to the general public for the very first time at the conference… »
Supermarkets have only been able to keep products on their meat counters for a few days, but a group of researchers from Fraunhofer Institute for Process Engineering and Packaging is developing a technology to prolong that period. They have developed an antimicrobial active packaging film that destroys the microorganisms on the product surface, thereby increasing… »
The Nokia Research Center in Cambridge was set up in 2007 as a partnership with the University of Cambridge. Soon after it was established, the Morph Concept was unveiled, to help build a picture of where the research at the labs was heading. They recently demoed three different strands of their research and those are… »
Raytheon Company unveiled their second generation Exoskeleton named XOS 2 at their research facility in Salt Lake City, Utah, during a demonstration with Paramount Home Entertainment. The new robotic suit is lighter, faster and stronger than its predecessor, yet it uses 50 percent less power. Its enhanced design also makes it more resistant to the… »
One of the problems with harvesting sunlight is that sunlight leads to a gradual degradation of many systems developed to harness it. But plants have adopted an interesting strategy to address this issue by constantly breaking down their light-capturing molecules and reassembling them from scratch, thus renewing the basic structures that capture the sun’s energy… »
Nature’s fine structures are also suitable for technical applications because they exist in a numerous variety of forms, they usually display high mechanical stability and, due to their large surfaces, they provide suitable templates for catalysts and electrodes. Researchers from the Max Planck Institute of Colloids and Interfaces in Potsdam have succeeded in converting the… »
