Dario studied software engineering at the Polytechnic University of Turin. When he isn't writing for Gizmag he is usually traveling the world on a whim, working on an AI-guided automated trading system, or chasing his dream to become the next European thumbwrestling champion.
In what is likely a major breakthrough for quantum computing, researchers from the University of New South Wales (UNSW) in Australia have managed for the first time to build the fundamental blocks of a quantum computer in silicon. The device was created using standard manufacturing techniques, by modifying current-generation silicon transistors, and the technology could scale up to include thousands, even millions of entangled quantum bits on a single chip. Gizmag spoke to the lead researchers to find out more.
Minecraft has partly replaced Lego bricks as a creative platform for young tinkerers, but while it is a fantastic avenue for training computer and block-building skills, Mojang's hit videogame also does little to improve handcrafting. Robo Wunderkind, from the German "wonder child," is a modular toy that promises to marry the old with the new by letting even the youngest hands and minds (aged five and up) build and program their own robot creations.
A Japanese startup is raising funds through Indiegogo for Tempescope, a
sleek-looking device that will fetch the weather forecast from your
smartphone and recreate rain, lightning, fog and sunshine inside a clear
plastic box sitting in your living room. The idea for the Tempescope
first came to its inventor Ken Kawamoto after returning from a holiday
in the Pacific Northwest. Wishing to take the skies back home with him,
he created a prototype (out of shampoo bottles, a fan, LEDs and a mist
diffuser) that could physically reproduce weather conditions in a
Improving on their previous design, scientists at Harvard University have developed a cheap and highly adaptable flow battery that could prove ideal for storing renewable energy throughout the day. The battery is made using Earth-abundant materials, is much safer than previous designs, and could reach the market in as little as three years.
Scientists at the University of Twente in the Netherlands have devised a new type of electronic chip that takes after the human brain. Their device is highly power-conscious, massively parallel, and can manipulate data in arbitrary ways – even though it doesn't need to be explicitely designed to perform any task. The advance could pave the way for computers that think more like we do.
Scientists at the Lawrence Livermore National Laboratory believe that dark matter may be composed of electrically charged particles that are bound by a yet-unknown force and have somehow managed to escape detection. The theory could be verified with the help of the Large Hadron Collider particle accelerator.
Stanford engineers have developed a transparent silicon overlay that can increase the efficiency of solar cells by keeping them cool. The cover collects and then radiates heat directly into space, without interfering with incoming photons. If mass-produced, the development could be used to cool down any device in the open air – for instance, to complement air conditioning in cars.
Polish startup uBirds is seeking funding on Kickstarter for Unique, a discrete, handmade, and highly customizable "smart strap" that can fit nearly any wrist-worn timepiece and add smartwatch-like functions to it. Where similar products have gone all-out in the features department, arguably at the cost of style and comfort, the approach for Unique is to blend in through a minimal footprint and a barebones, single-LED interface.
Volvo has announced a collaboration with companies and universities in
Sweden and the US on ROAR (Robot-based Autonomous Refuse handling). The
project aims to build robots that will assist garbage truck operators by
doing all the heavy lifting for them, picking up and emptying refuse
bins autonomously (under the driver's supervision) and as quietly as
Scientists at UC Berkeley have developed a foldable, incredibly thin invisibility cloak that can wrap around microscopic objects of any shape and make them undetectable in the visible spectrum. In its current form, the technology could be useful in optical computing or in shrouding secret microelectronic components from prying eyes, but according to the researchers involved, it could also be scaled up in size with relative ease.