mpicpp sends this report from Scientific American: A Chinese spacecraft service module has entered orbit around the moon, months after being used in the country's landmark test flight that sent a prototype sample-return capsule on a flight around the moon and returned it to Earth. The service module from China's circumlunar test flight arrived in orbit around the moon this week, according to Chinese state media reports. The spacecraft is currently flying in an eight-hour orbit that carries it within 125 miles (200 kilometers) of the lunar surface at its closest point, and out to a range of 3,293 miles (5,300 km) at its highest point. Earlier reports noted that a camera system is onboard the service module, designed to assist in identifying future landing spots for the Chang'e 5 mission that will return lunar samples back to Earth in the 2017 time frame. Reader schwit1 adds a detailed report on Russia's next-gen space station module, writing, "The Russians have always understood that a space station is nothing more than a prototype of an interplanetary spaceship. They are therefore simply carrying through with the same engineering research they did on their earlier Salyut and Mir stations, developing a vessel that can keep humans alive on long trips to other planets."

rjmarvin writes According to Autism Speaks, about 85% of people who have autism in the United States are currently unemployed or underemployed, but a social enterprise organization called Meticulon is training autistic individuals for highly skilled jobs in software testing. According to Meticulon, autistic people often possess sharp memory and pattern matching skills as well as attention to detail, making them ideal candidates for software testing jobs. Each year's crop of autistic students or Meticulon Consultants is tested and evaluated to develop their MindMap, a unique profile of skills and ideal work environment ultimately used to find these trained software testers an ideal job.

An anonymous reader writes: In the wake of the U.S. Food and Drug Administration's recent recommendations to strengthen security on net-connected medical devices, the Department of Homeland Security is launching an investigation into 24 cases of potential cybersecurity vulnerabilities in hospital equipment and personal medical devices. Independent security researcher Billy Rios submitted proof-of-concept evidence to the FDA indicating that it would be possible for a hacker to force infusion pumps to fatally overdose a patient. Though the complete range of devices under investigation has not been disclosed, it is reported that one of them is an "implantable heart device." William Maisel, chief scientist at the FDA's Center for Devices and Radiological Health, said, "The conventional wisdom in the past was that products only had to be protected from unintentional threats. Now they also have to be protected from intentional threats too."

malachiorion writes Researchers are force-feeding the internet into a system called Robo Brain. The system has absorbed a billion images and 120,000 YouTube videos so far, and aims to digest 10 times that within a year, in order to create machine-readable commands for robots—how to pour coffee, for example. From the article: "The goal is as direct as the project’s name—to create a centralized, always-online brain for robots to tap into. The more Robo Brain learns from the internet, the more direct lessons it can share with connected machines. How do you turn on a toaster? Robo Brain knows, and can share 3D images of the appliance and the relevant components. It can tell a robot what a coffee mug looks like, and how to carry it by the handle without dumping the contents. It can recognize when a human is watching a television by gauging relative positions, and advise against wandering between the two. Robo Brain looks at a chair or a stool, and knows that these are things that people sit on. It’s a system that understands context, and turns complex associations into direct commands for physical robots."

New submitter pla writes: Due to a new set of routes published yesterday, the internet has effectively undergone a schism. All routers with a TCAM allocation of 512k (or less), in particular Cisco Catalyst 6500 and 7600's, have started randomly forgetting portions of the internet. 'Cisco also warned its customers in May that this BGP problem was coming and that, in particular, a number of routers and networking products would be affected. There are workarounds, and, of course the equipment could have been replaced. But, in all too many cases this was not done. ... Unfortunately, we can expect more hiccups on the Internet as ISPs continue to deal with the BGP problem." Is it time to switch to all IPv6 yet?

GTRacer writes: Forbes reports that Hilton Worldwide, international hotel operator, is rolling out smartphone-based guest tools allowing self-service check-in, access to a virtual floorplan to select a room, and (in 2015) actual door access once checked in. The author states the drive for this technology is the growing influence of the swelling ranks of Millennials, who "[...] have a very strong inclination toward automated and self-service customer service." The security risks seem obvious, though.

gbjbaanb writes A British company is developing a new material that's so black it absorbs all but 0.035 percent of the visual light, making it the darkest material ever created. Of course, apart from making album covers, it conducts heat 7 times better than copper and is 10 times stronger than steel. "The nanotube material, named Vantablack, has been grown on sheets of aluminium foil by the Newhaven-based company. While the sheets may be crumpled into miniature hills and valleys, this landscape disappears on areas covered by it. 'You expect to see the hills and all you can see it's like black, like a hole, like there's nothing there. It just looks so strange,' said Ben Jensen, the firm's chief technical officer.

KentuckyFC writes Stars form when clouds of gas and dust collapse under their own gravity, generating enough heat and pressure to fuse the atoms inside them together. When this cloud of dust and gas is the remnants of a supernova, it can contain all kinds of heavy elements in addition to primordial hydrogen, helium and lithium. Now one astrophysicist has calculated that a recently discovered phenomenon of turbulence, called preferential concentration, can profoundly alter star formation. He points out that turbulence is essentially vortices rotating on many scales of time and space. On certain scales, the inertial forces these eddies create can push heavy particles into the calmer space between the vortices, thereby increasing their concentration. In giant clouds of interstellar gas, this concentrates heavy elements, increasing their gravitational field, attracting more mass and so on. The result is the formation of a star that is made entirely of heavy elements rather than primordial ones. Astrophysicists call the amount of heavy elements in a star its "metallicity". Including preferential concentration in the standard model of star formation leads to the prediction that 1 in 10,000 stars should be totally metal. Now the race is on to find the first of this new class of entirely metal stars.

sfcrazy writes Mozilla is working on developing a content and commenting platform in collaboration with The New York Times and The Washington Post. The platform aims to be the next-generation commenting and content creation platform which will give more control to readers. Mozilla says in a blog post, “The community platform will allow news organizations to connect with audiences beyond the comments section, deepening opportunities for engagement. Through the platform, readers will be able to submit pictures, links and other media; track discussions, and manage their contributions and online identities. Publishers will then be able to collect and use this content for other forms of storytelling and spark ongoing discussions by providing readers with targeted content and notifications.” The project is being funded by Knights Foundation.

Two gyros under the seat keep this vehicle standing up at a stop, which is easier on the driver's legs than putting a foot down the way you do while riding most motorcycles. And no vroom-vroom sound, either. This is an electric motorcycle. The prototype you see in the video gets up to around 20 MPH, but production models are supposed to hit 100 MPH, and go as far as a Tesla S on 1/6 the juice. So little tiny batteries are all the Lit C-1 needs to drive (up to) 200 miles with the gyros spinning merrily away -- keeping the C-1 upright even in crashes, as a simulation in this Lit Motors YouTube video shows. They claim to have more than 200 pre-orders against a projected retail price of $24,000, which is not shabby for a company that hasn't made a single production vehicle so far. (Alternate Video Link)

An anonymous reader writes "I am the IT director for a large rental property company that owns approximately 15,000 apartments in college towns across America. The board of directors has tasked me with exploring whether we can 'privatize' our network (we provide network access as part of rent in all of our properties) and charge certain commercial entities for access to our residents. Right now the network is more or less open, except that we block access (by court order) to certain sites at the request of various copyright holders. Specifically, they are interested in targeting commercial providers of services directed at college students, such as textbook rental firms, online booksellers, and so on. With approximately 35,000 residents, I guess they are thinking there is a substantial profit to be made here. Personally I don't like it one bit, but I thought I would ping Slashdot for thoughtful opinions. I imagine the phones will start ringing off the hook if students suddenly lose access to places like Amazon.com. I think it has 'bad idea' written all over it. What do you think?"