The world of robotics is extremely exciting. Everyday we come closer to building R2-D2, Terminators, and the Iron Giant. The days of having a Betamax, our “personal healthcare assistant” are even closer still, thanks to robotics in healthcare.
A city under siege. Many of the outlying buildings are old, dry, lifeless shells of their former beauty as nearly 50 percent of the population is wiped out, consumed by ravenous invaders. And the only hope of lifting the siege lies with a poison injecting, yellow robot.
An European initiative founded in 2012, dubbed RoboHow, comes to take up the challenge of improving the way robots work and interact with humans by creating a database that should help robots learn and share information with each other (even by using actual language), mimicking human learning processes.
Nanoengineers from the San Diego University of California used innovative, self-developed 3D printing methods to create multipurpose, fish-shaped microbots – that they call microfish – which can swim around efficiently through liquids, powered by hydrogen peroxide and are magnetically controlled.
Massachusetts Institute of Technology ‘s Computer Science and Artificial Intelligence Laboratory is on the brink of revolutionizing relaxation with their recent breakthrough: they have programmed two robots that can deliver beverages.
Earlier this month, Megabots Inc issued a video challenge on Youtube to Suidobashi Heavy Industries, to pit the company’s’ biggest, baddest robots against each other in a duel of giant robots. And grab the popcorn, put the beer on ice and get your geek on, because Japanese robot manufacturer has accepted the challenge from its US competitor, Efe news agency reported.
This question was prompted to Ray Kurzweil – well known futurologist, pioneer of the Singularity Movement and Director of Engineering at Google – by a member of the audience during a Q&A session at an Executive Program hosted at Singularity University last October. You might not give it much thought now, but the truth is half of all American jobs could be replaced by robots in just a couple of decades. If you’re a teller, supermarket cashier, call center operator or even a famer, you’ll likely lose your job in the coming decades. So, what’s to do then? Should we all rally and ban robots? It’s no easy topic, but at the same time it’s important, I think, not to panic. We need to remember that this isn’t the first time something like this happened. It’s the old human vs automation problem. How many millions of jobs were lost to mass production in the late XIXth century? How many more once computers started permeating society? At the same time, new jobs were made. Just look at where the information industry is today. The major challenge is not if new jobs can be made. This isn’t really problem. The real challenge is to make these available at the right pace and make sure people have the necessary resources to repurpose their skill set. I’ll leave you to Ray.
Tired of cooking your own food, hiring help or eating out? Tired of eating, for that matter? Just kidding. The last one might be for another cyberpunk story. Today, however, I present to you the first robotic chef in the world. For an one time (most likely very hefty) fee, you too could have your very own gourmet chef, at your disposal 24/7. Using its fine mechanical arms, the chef bot from London’s Moley Robotics could potentially cook any kind of food. For instance, at the Consumer Electronics Show (CES) in Shanghai this past weekend the robot chef cooked and served crab bisque (soup). Right now this is the dish it knows how to make, but once it’ll start shipping it should come complete with 2,000 recipes, according to the developers.
About two dozen University of Texas students gathered on Saturday at the entrance to the SXSW tech and entertainment festival to voice their concerns about the risks artificial intelligence might pose to humanity. Though largely ignored by hipster pedestrians nearby, the protest does raise some legitimate concerns even though technology is still far off from any Skynet scenario. Thankfully, we might never cross this SciFi threshold.
In a breakthrough in robotics, researchers have programmed a swarm consisting of a whooping 1,024 members which can assemble in programmable 2-D shapes. The demonstration might provide insights in how natural self-assembling swarms operate, like ants who join up to form bridges for the good of the colony.
Inspired by the ancient Japanese art of Origami, engineers at Harvard and MIT have developed an amazing robot that stats off as one single sheet, then folds itself into a complex shape in under four minutes, before making a gentleman’s exit. The potential applications of this display are numerous. For instance, launching payload in space is extremely expensive so any
Sverker Johansson could encompass the definition of prolific. The 53-year-old Swede has edited so far 2.7 million articles on Wikipedia, or 8.5% of the entire collection. But there’s a catch – he did this with the help of a bot he wrote. Wait, you thought all Wikipedia articles are written by humans? A good day’s work “Lsjbot”, Johansson’s prolific bot, writes
Isaac Asimov, the father of the three laws of robotics, made some startling predictions many years ago about how thet future might look like. He’s been dead on in some respects, however the writer miscalculated how advanced robots would be in 2014 and how integrated these would become in human society. You see, before robots become effectively integrated in society,
An Oxford study that assessed the risks that the introduction of automation in work sectors currently managed by people might have on employment found that 47% of jobs in the U.S. could be replaced by computers/robots. Most of these jobs are low-wage and routine-based, however the study stresses that once with the advent of more robust computing systems capable
There are all kinds of robots nowadays that are here to assist humans with their daily chores, both at work and home alike. I think a lot of us have dreamed and even spoken out loudly, of course jokingly, how cool would it be to have a robot walk along side you and reach out his mechanical arms and grab
When you think of robots, the first thing you might think of are anthropological-looking tin cans that beep around and perform various tasks (you have SciFi shows to thank for that) or familiar modern day industrial robots that toil away day and night producing goods. As such, a puck-sized robot that doesn’t look like much might not seem very impressing at
Just recently European scientists have released the first part of the Rapyuta program – a global world wide web for robots. Now, don’t get this wrong. This isn’t a place where robots can chat, surf websites or browse facebook. On Rapyuta, robots will have access to open data like a massive database, as well as additional computing power, in order to
Cockroaches are maybe the most amazing insects in the animal kingdom – they’re simply made to survive. These little buggers can survive in sub-zero temperatures, can withstand a lethal dose of radiation up to 15 times of that for humans, can live without food for a whole month and … they can live with a severed head for up to
Chances have it, if you’re working in the field of manufacturing, medicine, research or even sales, that some of your co-workers are robots. Which is no wonder, since robots today are a lot cheaper and efficient than most humans when simple or repetitive tasks are required, or on the contrary when high precision and delicate maneuvers are needed, unsuited for
Researchers at Harvard University in Cambridge, Massachusetts, have developed a three-legged silicon robot that uses chemical reactions to help it leap up to 30 times its own height. Combustion is typically used in hard systems like internal combustion engines where the heat generated by the chemical reaction can be withstood, but this latest demo proves that the material can withstand high