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Weizmann Institute

— Medical

Stem cell breakthrough may allow same gender couples to create babies

By - February 23, 2015 1 Picture
Researchers from Cambridge University and Israel’s Weizmann Institute of Science are claiming a stem cell research breakthrough that would allow a baby to be created from the cells from two adults, no matter their gender. This potentially allows for infertile couples to have their own children without resorting to sperm or egg donors, and may provide the means for same sex couples to produce their own babies. Read More
— Science

Israeli scientists find way to see through frosted glass

By - October 28, 2012 4 Pictures
Taking a shower while secure in the knowledge that no one can see through the curtains may soon be a thing of the past. Researchers Ori Katz, Eran Small and Yaron Silberberg of the Weizmann Institute of Science, Rehovot, Israel, have developed a method for de-scattering light to form coherent images in real time. In other words, they have found a way to look through shower curtains, frosted glass and other image-blurring materials. The technique may one day aid scientists in seeing through living tissue or around corners. Read More
— Digital Cameras Feature

It's all in the detail: Impressive new approach to super-resolution processing developed

Ever taken a digital photograph and then found out you had missed the fine details that made the scene so impressive visually? Applying a Photoshop sharpen filter may make the photo appear sharper, but such filters are lossy - they actually reduce the amount of fine detail in the image. Until recently, there was very little you could do to improve the image after the shot. That has now changed. Researchers at the Weizmann Institute of Science have developed a super-resolution process which pulls unseen details from the nooks and crannies of a single digital photograph. Their process can capture true detail which cannot be seen in the original image - the next "killer app"? Read More
— Medical

Scientists trick immune system to treat autoimmune disease in mice

By - January 9, 2012 1 Picture
Researchers of Israel's Weizmann Institute of Science have achieved a significant new development which may have far reaching implications for the treatment of autoimmune diseases which attack the body's own tissue by mistake. The scientists have managed to convince the immune systems of mice to instead attack an enzyme significant to the body's autoimmune process known as matrix metallopeptidase 9 (MMP9). Read More
— Science

Fruit fly research could lead to simpler and more robust computer networks

By - January 17, 2011 2 Pictures
Over the years science has gleaned an enormous amount of knowledge from the humble fruit fly. Drosophila melanogaster was used to provide the post-Mendelian foundations for our understanding of genetics and has also been used extensively in neuroscience research. The latest fruit fly-inspired innovation could simplify how wireless sensor networks communicate and stands to have wider applications for computing. Read More
— Science

Tears tell men women aren't interested tonight

By - January 10, 2011 1 Picture
It is well-documented that our bodies give off coded chemical signals via sweat, excretions and pheromones that convey messages to other members of our species. Yet the significance of odorless human tears has continued to draw a blank since Charles Darwin first suggested that emotional displays were originally motivated by functional purposes. One hundred and fifty years later, new research from scientists at the Weizmann Institute’s Neurobiology Department suggests that in fact, tears may be a chemo-signal, as a chemical in women's tears seems to discourage sexual arousal in men. Read More
— Robotics

Rodent-like robots - BIOTACT attempts to mechanically replicate the impressive whiskers of the rat

By - February 20, 2008 2 Pictures
Robotics researchers are taking design tips from one of nature’s less majestic creatures: the rat. The EU funded €5.4 million BIOTACT project, which was launched at the beginning of this year, is seeking to replicate the rat’s highly efficient whisker system, which can accurately determine the shape of objects and help capture prey. Read More

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