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Regine Gries has had to endure approximately 180,000 bedbug bites in the course of the res...

Having any amount of bedbugs in your home is not a good thing. The sooner that you know they're there, however, the easier it will be to exterminate all of them. With that in mind, scientists from Canada's Simon Fraser University have developed a method of luring the li'l bloodsuckers into traps, and then keeping them there so that their presence can be duly noted and addressed.  Read More

Diagram of the Acoustic Zoom system

If you've ever been asleep on a yacht in harbor when a submarine tests its sonar, you know that underwater sound is anything but trivial – one ping can send you out of your bunk and across the room. Small wonder that the major navies spend a fortune studying the impact of naval and civilian sonar systems on sea animals such as whales and dolphins, who live in a world of sound. Scientists at the University of Bath have developed a more cetacean-friendly sonar system called Acoustic Zoom that is not only less disruptive to marine life, but also improves resolution beyond that of current methods.  Read More

Mikhail Kats displays a piece of paper, that has been colored using the new system (Photo:...

Most people probably don't think of a coating of paint as being a particularly major component of a manufactured item. If the object is quite large, however, or if a lot of them are being made, paint can add considerably to its weight and/or production costs. With that in mind, researchers from Harvard University's Laboratory for Integrated Science and Engineering have created a new lightweight, low-cost coloring technology for both rough and smooth surfaces.  Read More

Gecko grippers tested in microgravity (Photo: NASA)

Gripping technology inspired by the force that geckos use to climb even vertical, smooth surfaces has been tested in microgravity. Researchers want to see if it might one day be used to get work done in outer space, and clean up the increasing amount of debris floating in orbit around the Earth.  Read More

The BioP3 device in use

When we hear about projects that may someday make it possible to create internal organs on demand, they usually incorporate 3D bioprinting. This typically involves depositing successive layers of cell-seeded material one on top of another, to form the finished organ. While the technology definitely holds a lot of promise, a device known as the BioP3 could give it a run for its money.  Read More

The Christmas tree in the center was 3D-printed in the traditional manner, and displays th...

If you haven't yet bought a Christmas tree yet, you may have left it a bit late. But don't despair: there's still time to print one. And a new 3D printer algorithm that claims to provide super-efficient 3D printing of Christmas trees with zero material waste may be just the ticket. Using a system of printing entitled "Approximate Pyramidal Shape Decomposition," the algorithm also promises a way to produce accurate molds for casting chocolate Santas and reindeer too.  Read More

Sailors aboard the Mary Rose were suffering from rickets according to new analysis using l...

Lasers have been used to analyze the bones of sailors who drowned when the Royal Navy warship the Mary Rose sank in 1545. The new non-destructive technique carried out by the Royal National Orthopaedic Hospital in Stanmore, North London, shows that the men suffered from rickets, shedding new light on nutrition in Tudor England.  Read More

Termitat is an educational sealed termite habitat

Do you have termites in your home? If not, would you like to? Not ones that are living in the wooden structure of the building itself, of course – that'd be no fun. Instead, the Termitat securely houses a colony of Pacific Dampwood Termites within a clear acrylic housing, where you can watch them going about their business on a daily basis. It's like an ant farm, except instead of dirt it has a disc of Douglas Fir wood, and instead of ants it has ... well, termites.  Read More

Deep neural networks have studied millions of images and some can now recognize the object...

Computers aren't best suited to visual object recognition. Our brains are hardwired to quickly see and match patterns in everything, with great leaps of intuition, while the processing center of a computer is more akin to a very powerful calculator. But that hasn't stopped neuroscientists and computer scientists from trying over the past 40 years to design computer networks that mimic our visual skills. Recent advances in computing power and deep learning algorithms have accelerated that process to the point where a group of MIT neuroscientists has found a network design that compares favorably to the brain of our primate cousins.  Read More

Mouse kidneys, liver, and pancreas imaged after treatment with a variety of protocols: a s...

Japanese researchers have found a way to turn tissue transparent in mice, allowing them to see cellular networks and gain a better understanding of biological systems. Researchers say this may ultimately lead to deeper comprehension of autoimmune and psychiatric diseases given it can assist in 3D modelling of organs including the brain.  Read More

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