A few years ago, LG showcased their new direction in OLED technology: a truly foldable (or rather rollable) display that could be manipulated consistently without losing picture quality or function. Now that it’s 2018, the company has decided to debut what may be the results of considerable development on this concept.
We may be living on the cusp of an age of electronic clothes. There has been an impressive amount of research that may contribute to this reality, from conductors to power supplies that can be printed or deposited onto flexible surfaces like fabrics.
Many scientists envision that materials such as these will eventually be used to produce full devices that are thinner and lighter than ever before. These devices may be most useful for applications such as personal health tracking. They may also be used in novel displays, which could be interactive or user-controllable.
Brain-computer interfaces (BCIs) that allow people with severe neuromotor or motor disorders to communicate are becoming more and more common. This is realised by scanning brainwaves using electroencephalography (EEG) and converting them accurately into words, letters or other objects that the user intends to replicate in their minds. BCIs are beneficial for those with extensive paralysis, ‘locked-in’ syndrome and other similar conditions.
For twenty years, DESY (the German synchrotron administration) has been working on a bigger and better X-ray laser. Such an implementation would enhance the imaging and analysis of subjects from a wide range of scientific research topics, from viruses to exo-planets. The new laser, known as European XFEL, is based at the DESY research center in Hamburg, but extends nearly four kilometers along the ground until it reaches a campus in the Schleswig-Holstein town of Schenefeld.
There is an emerging trend these days for new hardware materials, designs and standards that seek to defy Moore’s Law and the predicted slowdown in computing evolution and, eventually, the capabilities it represents. It’s a necessary move, particularly in the face of the extensive requirements involved in running some artificial intelligence (AI) platforms. Some AI applications need to process hundreds of thousands of data points for the purposes of deep learning; and some others need to apply algorithms to thousands or even millions of the same.
The increased need for, and the implementation of renewable or clean energy, questions the premise of its safety and reliability because it brings about the possibility of being threatened by hackers by way of theft or cyberattacks. The magnitude of real-time data and the distributed generation of energy make for easy gateways. Take charging an electric car, for example — a group of such vehicles are ultimately connected to a larger power unit, which can, if jeopardized, compromise the grid of an entire city.
Nerd alert: sci-fi has finally found a place in our lives; it looks like we’re going back to the future!
The High Tech Gadget market is evolving very fast, with very strong competitors in each sector individual sector, making it difficult for everyone to really impress the consumers globally at once. But Google, with its gadgets integrating the best hardware, software and advanced Artificial Intelligence (AI) together did it!
We’ve all heard a lot about Elon Musk and the future plans of his companies, particularly that of SpaceX, in recent times. For example, SpaceX’s next generation is reportedly going to bring extraterrestrial travel – and maybe even colonisation – to the masses in the next decade. Tesla, on the other hand, may have more down-to-earth goals.
Smart home devices are becoming increasingly popular. They are marketed as electronics that can take the work out of monitoring your home, doing your shopping, turning on heating and monitoring your energy consumption. These Internet of Things (IoT) based products connect your home to the online world, by making shopping for things on websites such as Amazon easy or even automatic. However, it can be disappointing when you take a new connectable home and it doesn’t ‘talk’ to the other devices around it.
Some of us may think of robots as machines we’ve created to mimic human or animal motion, gait, gestures and forms. They are also very often designed to manipulate things in a way that approximates the human ability to do so, in order to complete tasks and automated processes. However, there are engineers and scientists who assert that robots would be more effective, adaptable and useful if they conformed to more unique or interchangeable form factors.
The batteries that power our smartphones, tablets and other similar electronics are a crucial factor that affects how we use them on a daily basis. Despite advances in their technology, they may still discharge at a faster rate than we might like, and interrupt our screen-time when it’s time to recharge them. A longer battery life may mean a larger, more bulky battery which, unfortunately, is out of step with the perceived preference for more streamlined and thinner devices.
The threat of deforestation is real. The biodiverse forests that cover more than 30% of our planet are at risk due to climate change, human interference and natural disasters. This in turn is endangering the lives of the many species who depend on them for survival. The World Resources Institute (WRI) has noted the decline in farmland, which ultimately affects basic necessities like food and drinking water even for the high-income nations of the world.
2013 and 2014 were years of extreme weather events. There were heat waves, cold snaps, droughts, monstrous storms and days of extraordinary rain at various locations around the world. These may have ultimately been the product of atmospheric disruption caused by global warming. The cold snaps of the winter of 2013-2014, were the immediate result of a relatively weak arctic vortex that allowed frigid arctic air to escape the north and invade the southern portion of the continental United States. Conversely, Alaska was exceptionally warm at this time.
The idea of teleportation is no more just in sci-fi movies or fiction books, it has become a real-world phenomenon! Also called teletransportation, this power is defined as the transfer of energy without traveling any physical space.
Disasters in ‘safety-critical’ industries like the military, nuclear power, shipping, energy extraction and mining are a cause of concern as they can be life-changing and endanger individuals and the environment as a whole.
Recent joint research efforts in the fields of intelligent robotics and autonomous agents has focused not only on the emergent intelligence of a single device, but also on their capability to work together, and coordinate activity in specific contexts. A robot designed and constructed by a joint group of researchers from Osaka University, Kobe University, Tohoku University, the University of Tokyo, and Tokyo Institute of Technology, has an impressive ability to assess and assist in disaster relief situations.
Do you face a serious case of city traffic woes every morning, with an added dose of exhaust fumes? Innovators have now worked out a smart and eco-friendly solution — an alternative mode of urban transportation. Introducing Smacircle S1, a carbon fiber e-bike that is lightweight, foldable, packable and can be easily carried in a backpack.