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Printed Electronics: A Multi-Touch Sensor Customizable with Scissors

If a pair of trousers is too long, it is cut shorter. A board that does not fit into a bookcase is sawed to the right length. People often customize the size and shape of materials like textiles and wood without turning to specialists like tailors or carpenters. In the future this should be possible with electronics, according to the vision of computer scientists from Saarbrücken. Together with researchers from the MIT Media Lab, they developed a printable multi-touch sensor whose shape and size everybody can alter. A new circuit layout makes it robust against cuts, damage, and removed areas. Today the researchers are presenting their work at the conference "User Interface and Technology" (UIST) in St. Andrews, Scotland.


ShowStoppers® Partners With Dubai World Trade Centre For Innovative New GITEX Technology Week Press Reception

ShowStoppers® is partnering with the Dubai World Trade Centre (DWTC) to produce an exclusive new press reception ahead of GITEX Technology Week, the information and communications technologies tradeshow that is the business gateway to the Middle East, North Africa and South Asia.

Nanotechnique creates image 30 microns in width

The world's most famous painting has now been created on the world's smallest canvas. Researchers at the Georgia Institute of Technology have "painted" the Mona Lisa on a substrate surface approximately 30 microns in width – or one-third the width of a human hair. The team's creation, the "Mini Lisa," demonstrates a technique that could potentially be used to achieve nanomanufacturing of devices because the team was able to vary the surface concentration of molecules on such short-length scales.

Decellularized Mouse Heart Beats Again after Regeneration with Human Heart Precursor Cells in Pitt Project

For the first time, a mouse heart was able to contract and beat again after its own cells were stripped and replaced with human heart precursor cells, said scientists from the University of Pittsburgh School of Medicine. The findings, reported online today in Nature Communications, show the promise that regenerating a functional organ by placing human induced pluripotent stem (iPS) cells – which could be personalized for the recipient – in a three-dimensional scaffold could have for transplantation, drug testing models and understanding heart development.


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