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An illustration depicting one of the lattice-like electrodes, over top of one of the elast...

A lot of devices, such as shock absorbers, currently use elastomers to help minimize vibrations. While the malleable, yielding qualities of these materials do indeed allow them to absorb energy that would otherwise take the form of rattles and jolts, they are nonetheless passive – basically, they just sit there. Researchers from Germany’s Fraunhofer Institute for Structural Durability and System Reliability, however, are developing a new system in which elastomers actually “fight back” against vibrations.  Read More

A simple mathematical model developed by psychologists at Stanford could lead to computers...

After decades of trial and error, artificial intelligence applications that aim to understand human language are slowly starting to lose some of their brittleness. Now, a simple mathematical model developed by two psychologists at Stanford University could lead to further improvements, helping transform computers that display the mere veneer of intelligence into machines that truly understand what we are saying.  Read More

SiGNa Chemistry has received funding from USAID to develop portable hydrogen fuel technolo...

SiGNa Chemistry, a company developing portable hydrogen fuel technology, is close to taking one of its solutions to market. Hydrogen is an emissions-free renewable source of energy – however, logistic obstacles related to current considerations such as high-pressure tanks, and metal and chemical hydrides, have stymied its progress towards the mass market.  Read More

Willow Glass is said to be the thinnest and most flexible glass Corning has ever produced

Corning announced details of a major new glass design at the eighth annual Display Week in Boston, a trade event hosted by the Society for Information Display. Named Willow Glass, Corning’s new glass is manufactured in such a way that allows it to reach temperatures of up to 500°C (932ºF) while maintaining a thickness of just 100 microns – or about that of a sheet of paper.  Read More

Swiss research scientists utilize robotic therapy and chemical stimulation to return mobil...

Researchers working at the Swiss Federal Institute of Technology have successfully made use of electrical and chemical stimulation techniques to excite neurons in the lower spinal cord of previously paralyzed rats, enabling the subject rodents to walk and even run when suspended by a vest which provides balance and restricts movement to the hind legs only.  Read More

Engineered microvessels can form bends and T-junctions, like this one. The blue dots are t...

A team of bioengineers at the University of Washington has developed the first structure for growing small human blood vessels in the laboratory. The vessels behave remarkably like those in a living human and offer a better and much more modular approach to studying blood-related diseases, testing drugs and, one day, growing human tissues for transplant.  Read More

This drawing shows a double-walled carbon nanotube. Each tube is made of a rolled-up sheet...

Stanford researchers have found that concentric carbon nanotubes, with the outer layer riddled by defects and impurities, could be a cheap alternative for some of the platinum catalysts that convert hydrogen and oxygen into water in fuel cells and metal-air batteries.  Read More

The scientists of the aptly-named Tomato Genome Consortium have successfully sequenced the...

The scientists of the aptly-named Tomato Genome Consortium have successfully sequenced the genome of the domestic tomato (Solanum lycopersicum), specifically the domestic cultivar known as Heinz 1706. The genome is made up of 35,000 genes spread over 12 chromosomes. In addition to presenting a "high quality" genome of the species, the researches also produced a draft sequence of its closest wild relative, the currant tomato (Solanum pimpinellifolium).  Read More

Looking through a UV-blocking filter, the green spots show the location of active catalyst...

Storing solar energy for the periods of time when the sun isn’t shining is key to improving solar technology. The energy produced can be stored in batteries or used to produce fuel that can act as storage. Solar fuel processes are generally modeled on photosynthesis, the natural process whereby plants convert sunlight into chemical energy in the form of biomass and release oxygen into the atmosphere. Current options are expensive, but a group or researchers from the University of Wisconsin-Madison claim they have found a faster, cheaper method to find electrocatalysts that improve the water oxidation process in the search for solar energy storage.  Read More

The 520 genome sequences released are matched sets of normal and tumor tissue samples from...

As part of an ongoing effort to facilitate swifter progress in the fight against cancer and other related diseases, the St. Jude Children's Hospital-Washington University Pediatric Cancer Genome Project has released a vast amount of human cancer genome data, which is now available to scientists globally. The volume of information offered amounts to more than double the data previously open to scientists from all the other human genome sources combined.  Read More

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