There were pillows, mattresses, bottles, a couple of cuts of raw meat and even a vacuum. Yes, sometime not long after I discovered the wonders of masturbation, I attempted to have sex with a vacuum and it turned out about as well as you might imagine. When I was a kid, masturbation was an adventure in engineering. As I've come of age, however, so has the sex-toy market. After centuries of ejaculating into whatever we can find, a seemingly robust market has sprouted up around male-masturbation aids.

Google has launched a project to use artificial intelligence to create compelling art and music, offering a reminder of how technology is rapidly changing what it means to be a musician, and what makes us distinctly human. Google's Project Magenta, announced this month, aims to push the state of the art in machine intelligence that's used to generate music and art. "We don't know what artists and musicians will do with these new tools, but we're excited to find out," said Douglas Eck, the project's leader in a blog post. "Daguerre and later Eastman didn't imagine what Annie Liebovitz or Richard Avalon would accomplish in photography. Surely Rickenbacker and Gibson didn't have Jimi Hendrix or St. Vincent in mind." Google has already released a song demonstrating the technology.

University of Oxford scientists have teamed up with DeepMind in order to stop artificial intelligent agents learning how to prevent humans from taking full control of them. "If such an agent is operating in real-time under human supervision, now and then it may be necessary for a human operator to press the big red button to prevent the agent from continuing a harmful sequence of actions - harmful either for the agent or for the environment - and lead the agent into a safer situation." "We have proposed a framework to allow a human operator to repeatedly safely interrupt a reinforcement learning agent while making sure the agent will not learn to prevent or induce these interruptions."

It's tempting to think of technological advancement in terms of radical new materials or near-magical computer science--for example, the way driverless cars promise to teach artificial intelligence to drive better than humans. But just as often, new technology just makes smarter use of things we already have--for example, the way the novel "diverging diamond" interchange, or DDI, helps keep all-too-human drivers from ramming each other at high speed. By flipping two opposing lanes of traffic under a highway, the DDI design eliminates left-hand turns through opposing traffic. Left-hand turns of this sort, according to a traffic engineer speaking with Wired, are particularly dangerous and inefficient. The DDI design also makes it very hard for drivers to enter ramps going the wrong way, which, believe it or not, is a rather serious problem on the nation's highways.

Google employees, squeezed onto metal risers and standing in the back of a meeting room, erupted in cheers as newly arrived executive Andrew Conrad announced they would try to turn science fiction into reality: The tech giant had formed a biotech venture to create a futuristic device like Star Trek's iconic "Tricorder" diagnostic wizard -- and use it to cure cancer. Conrad, recalled an employee who was present, displayed images on the room's big screens showing nanoparticles tracking down cancer cells in the bloodstream and flashing signals to a Fitbit-style wristband. He promised a working prototype of the cancer early-detection device within six months. That was three years ago. Recently departed employees said the prototype didn't work as hoped, and the Tricorder project is floundering. Tricorder is not the only misfire for Google's ambitious and extravagantly funded biotech venture, now named Verily Life Sciences. It has announced three signature projects meant to transform medicine, and a STAT examination found that all of them are plagued by serious, if not fatal, scientific shortcomings, even as Verily has vigorously promoted their promise.

Batman's suit is fitted with cutting-edge features that helps the caped crusader fight crime. And now a group of California-based researchers have developed an'exosuit' that gives soldiers and the aging population'superhuman' strength. Called Superflex, this wearable uses motion sensors, accelerometers and gyroscopes to read the speed and angles of the owner's legs and adjust its movements accordingly. Agroup of California-based researchers have developed an'exosuit' that gives soldiers and the aging population'superhuman' strength. Called Superflex, this wearable uses motion sensors, accelerometers and gyroscopes to read the speed and angles of the owner's legs and adjust its movements accordingly What makes Superflex worthy of a superhero is that it has onboard sensory that learn the wearer's movements, which is used to turn on the power at the precise moment it is needed.

How do you market a show about a digital vigilante trying to bring about the end of a hypercapitalist society? A show with a protagonist who sneers at social media and abhors Starbucks, and who -- at the end of the first season -- brought down the biggest corporation in the world with a cyberattack, leading to complete economic chaos? Traditional wisdom dictates that marketing efforts for such a show would shy away from anything overtly capitalistic that might come off as being inconsistent with its anticapitalistic spirit. In particular, you would probably avoid opening a store that sells 600 leather jackets and 118 light-up sneakers in the upscale Chelsea neighborhood of Manhattan. Not so for the marketing team at USA, the NBCUniversal-owned cable network that airs the show we just described, the much-lauded drama "Mr. In advance of the show's second season, USA has partnered with Story, a brick-and-mortar store in Manhattan that functions as a sort of gallery for hire, for a special seven-week "Mr.

SAN DIEGO, CA--(Marketwired - Jun 6, 2016) - KnuEdge Inc., a neural technology innovation company that launched today, introduced its KNUPATH LambdaFabric processor technology enabling ground-breaking scalability, latency and workload performance in next-generation data centers. With a fundamentally different architecture than legacy products, KNUPATH can operate alone or be integrated with other devices, and it is available now to both end customers and technology vendors seeking to create data center neural computing capabilities to support advancements in machine learning, IoT and signal processing. "Many of today's CPUs, GPUs and FPGAs force system designers to either create workarounds with last-generation chip sets or reduce their requirements for advanced-compute projects," said Dan Goldin, Founder and CEO of KnuEdge. "After ten years of stealth development and rigorous testing, LambdaFabric enters the market as mature technology which enables system designers to meet the most demanding requirements now, and also helps them rethink what is possible with neural computing in the future." As evidenced by recent announcements such as Google's Tensor Processing Unit, there is increasing industry interest in targeted processor acceleration for machine learning and other growing workloads. KNUPATH LambdaFabric is inherently designed to scale up to 512,000 devices and beyond, and offers rack-to-rack latency of only 400 nanoseconds, approaching half the latency of existing high speed interconnects.

TEL AVIV (Reuters) - Israel's Zebra Medical Vision raised 12 million in a funding round led by Utah-based healthcare provider Intermountain Healthcare, with the participation of existing investors. Intermountain plans to work with Zebra to accelerate the creation of imaging algorithms to improve patient care. Zebra Medical, founded in 2014, seeks to teach computers to automatically read and diagnose medical imaging data. Its analytics engine helps physicians and healthcare providers analyze millions of imaging records. Current algorithms are in the fields of bone health, cardiovascular analysis, liver and lung indications.

There was no single moment that everything changed for Steve Wozniak. Instead, it was years of creativity and work that led to his development of the Apple I and the Apple II computers. "I look back now and wonder how did I think of doing things that no one thought of back then?" Wozniak said, speaking at an Alltech conference. Wozniak, co-founder of Apple Computer Inc. and chief scientist at Primary Data, received the Alltech Humanitarian Award from Alltech at a conference in Lexington, Ky. Watching Wozniak talk is like seeing a brilliant orator at work, as he talks about numerous subjects at a lightning fast speed and gives insightful commentary on each topic before the listener can sometimes even process what has been said on the previous subject. Despite his whirlwind mind, or perhaps because of it, Wozniak is a fascinating speaker and at the conference, he touched upon everything from AI to VR and many things in between.