Purchasing new hardware? Read our latest product comparisons


Recently, scientists from the Swiss research institute EMPA, along with colleagues from the University of Basel and the Argonne National Laboratory in Illinois took a cue from photosynthesis and discovered that by coupling a light-harvesting plant protein with their specially designed electrode, they could substantially boost the efficiency of photo-electrochemical cells used to split water and produce hydrogen - a huge step forward in the search for clean, truly green power. Read More
A team of researchers from the University of Notre Dame in Indiana is reporting the creation of a "solar paint" that could mark an important milestone on the road to widespread implementation of renewable energy technology. Although the new material is still a long way off the conversion efficiencies of commercial silicon solar cells, the researchers say it is cheap to make and can be produced in large quantities. Read More
A team of scientists from Montreal’s McGill University have successfully formed a circuit between two wires which were separated by a gap of only 15 nanometers – that’s about the width of 150 atoms. It is reportedly “the first time that anyone has studied how the wires in an electronic circuit interact with one another when packed so tightly together.” Along with being one of the smallest electronic circuits ever created, it has also led to a discovery that may have big implications for the world of computing. Read More
For some time now, scientists have known that certain nanostructures are very sensitive to the presence of various chemicals and gases, making them good candidates for use in explosives-detecting devices. Unfortunately, because they're so small, mounting a single nanostructure within such a device would be an extremely fiddly and costly process. They would also be quite fragile, plus it would be difficult to clean the detected gas from them, so they could be reused. Recently, however, scientists from New York's Rensselaer Polytechnic Institute have figured out a solution to those problems. They have created a postage stamp-sized piece of foam made from one continuous piece of graphene, that is easy to manipulate, flexible, rugged, simple to neutralize after each use ... and is ten times more sensitive than traditional polymer sensors. Read More
Radio waves are a type of electromagnetic energy, and when they’re picked up by traditional metallic antennas, the electrons that are generated can be converted into an electrical current. Given that optical waves are also a type of electromagnetic energy, a team of scientists from Tel Aviv University wondered if these could also be converted into electricity, via an antenna. It turns out that they can – if the antenna is very, very short. These “nanoantennas” could replace the silicon semiconductors in special solar panels, which could harvest more energy from a wider spectrum of sunlight than is currently possible. Read More
We’ve seen some fairly small electric cars in recent years, such as those made by Tango, Think, Wheego, and of course, smart. All of those automobiles are absolute monsters, however, compared to what scientists from Swiss research group Empa have created. Working with colleagues at the Netherlands’ University of Groningen, they’ve built a one-of-a-kind electric car that measures approximately 4 x 2 nanometers. Read More
When it comes to gathering measurements of objects so distant in the universe that they can no longer be seen in visible light, the smallest amount of stray light can play havoc with the sensitive detectors and other instrument components used by astronomers. Currently, instrument developers use black paint on baffles and other components to help prevent stray light ricocheting off surfaces, but the paint absorbs only 90 percent of the light that strikes it. NASA engineers have now developed a nanotech-based coating that absorbs on average more than 99 percent of the ultraviolet, visible, infrared, and far-infrared light that hits it, making it promising for a variety of space- and Earth-bound applications. Read More
If the horse is not humanity's favorite animal, it should be, as it has served us far better than any other domesticated animal. It has been the predominant form of personal transport for the last millennia, has done more work for us than any animal, and its mastery became the fundamental military technology which helped Genghis Khan build the biggest empire in history. The notion of using advanced technologies to replicate and extend the personality and functionality of the horse gave Honda a wonderful platform to explore in its latest design concept. Part sci-fi and part technology-crystal-ball-gazing, here's what a synthetic Horse V 2.0 might look like 200 years hence. Read More
Nuclear power plants are located close to sources of water, which is used as a coolant to handle the waste heat discharged by the plants. This means that water contaminated with radioactive material is often one of the problems to arise after a nuclear disaster. Researchers at Australia's Queensland University of Technology (QUT) have now developed what they say is a world-first intelligent absorbent that is capable of removing radioactive material from large amounts of contaminated water, resulting in clean water and concentrated waste that can be stored more efficiently. Read More
Nanoparticles have been a key part of numerous recent technological advances. Biofuels, solar cells, medical imaging systems and even sunscreen - there's virtually no field of science or technology that they couldn't potentially transform. There are concerns however, about the risks posed by the countless tiny particles of materials such as silver, gold and titanium dioxide that are now entering our environment and our bodies, but a recent University of Oregon study suggests that if not completely harmless, nanoparticles are at least nothing new. In fact, it states, humans have been exposed to them for millennia. Read More