First time accepted submitter Martin Blank writes "Sarah Slocum, an early adopter of Google Glass, was bar hopping with friends in San Francisco when a few people in the bar took issue with the eyewear when she was demonstrating it to another patron even though she wasn't recording. When she felt threatened, she informed them that she would start recording. Two of them approached her, yelling and throwing a bar rag at her, and ultimately ripping the Glass from her face and running from the bar with it. She gave chase and eventually got the Glass back, but her purse was gone when she returned to the bar. This physical level of hostility is unusual, but discomfort with Glass is common, especially among those who don't understand how it works. Given that much more hidden spy cameras are available for far less than the $1500 cost of Glass, what will it take for general acceptance to finally take hold?"

Lucas123 writes "Terrafugia, a company that has been working on flying car prototypes for years, said it is now leaning toward an autonomous vehicle for safety reasons. Carl Dietrich, co-founder, CEO and CTO at Terrafugia, said at MIT last weekend that the company wants to build something that is statistically safer than driving a car. 'It needs to be faster than driving a car. It needs to be simpler to operate than a plane. It needs to be more convenient than driving a car today. It needs to be sustainable in the long run,' he said. The company's flyable car is designed with foldable wings and falls into the light sport aircraft category. It's expected to take off and land at small, local airports and to drive on virtually any road. Dietrich said the next-generation flying car is a four-seat, plug-in hybrid that doesn't require the operator to be a full-fledged pilot. A spokeswoman said today that the company is probably two years away from production."

The Grim Reefer sends this news from an Associated Press report: "The Arctic isn't nearly as bright and white as it used to be because of more ice melting in the ocean, and that's turning out to be a global problem, a new study says. With more dark, open water in the summer, less of the sun's heat is reflected back into space. So the entire Earth is absorbing more heat than expected, according to a study (abstract) published Monday in the Proceedings of the National Academy of Sciences. That extra absorbed energy is so big that it measures about one-quarter of the entire heat-trapping effect of carbon dioxide, said the study's lead author, Ian Eisenman, a climate scientist at the Scripps Institution of Oceanography in California. The Arctic grew 8 per cent darker between 1979 and 2011, Eisenman found, measuring how much sunlight is reflected back into space." The same decrease in ice contributes to the weather circumstances that led to extremely low temperatures across parts of the United States this winter.

KentuckyFC writes "The only planets never to have been the subjects of bespoke space missions from Earth are Neptune and Uranus. Now European astronomers are planning to put that straight with a mission called Odinus, which involves twin spacecraft making the journey in 2034. Their justification is that the mission will help explain how the Solar System formed, how it ended up in the configuration we see today and may also explain why 'hot' Neptune-class planets are common around other stars. They also have to overcome the common misconception that Neptune and Uranus are just smaller, less interesting versions of Jupiter and Saturn. Nothing could be further from the truth. For a start, Neptune and Uranus and made of entirely different stuff--mostly ices such as water, ammonia and methane compared with hydrogen and helium for Jupiter and Saturn. That raises the question of how they formed and how they got to the distant reaches of the Solar System. However it happened, Uranus ended up lying on its side, probably because of a cataclysmic collision. And Neptune's largest moon Triton orbits in the opposite direction to its parent's rotation, the only moon in the Solar System to do this. How come? Another question still unanswered is who's going to pay for all this. The team are pinning their hopes on the European Space Agency which has already expressed interest. But would an international collaboration be a better option?"

The Associated Press reports that the mysterious "jelly doughnut" shaped rock spotted by the Opportunity rover on Mars wasn't put there by aliens or by mysterious forces of Mars weather. Instead, the NASA has a simple explanation: one of the rover's larger wheels "broke it off a larger rock and then kicked it into the field of view." Of course, they would say that just to head off a lawsuit demanding an investigation into the real reasons.

X10 writes "Suppose you're assigned to a project that someone else has created. It's an app, you'll work on it alone. You think 'how hard can it be,' you don't check out the source code before you accept the assignment. But then, it turns out the code is not robust. You create a small new feature, and the app breaks down in unexpected ways. You fix a bug, and new bugs pop up all over the place. The person who worked on the project before you is well respected in the company, and you are 'just a contractor,' hired a few months ago. The easy way out is to just quit, as there's plenty of jobs you can take. But that doesn't feel right. What else can you do?"

symbolset writes "Ball lightning has been reported for hundreds of years, and experimentally produced, but for the first time a natural will 'o wisp has been captured on video and amazingly, spectrograph, accidentally by researchers studying ordinary lightning."

An anonymous reader writes "Scientists at the University of Tasmania working with CSIRO have decided to use the latest sensor technology to help them better understand the behavior of thousands of bees. An RFID sensor has been attached with glue to the back of around 5,000 honey bees in Hobart, Tasmania. In order for that to work, shaving the area of the bee where the sensor would sit was necessary in some cases. Thankfully the bee was asleep during the process, and the sensor is small and light enough that they likely won't notice it is there. With the sensors attached, checkpoints can be setup around the area where the bees travel and pollinate in order to create a three-dimensional map of their movements."

Lasrick writes "The Doomsday Clock remains at 5 minutes to midnight. In a letter to United Nations Secretary-General Ban Ki-Moon and members of the UN Security Council, the Bulletin announced its decision and how it was made. The decision to move (or to leave in place) the minute hand of the Doomsday Clock is made every year by the Bulletin's Science and Security Board in consultation with its Board of Sponsors, which includes 18 Nobel laureates. The Clock has become a universally recognized indicator of the world's vulnerability to catastrophe from nuclear weapons, climate change, and new technologies emerging in other domains." Reasons for the clock remaining at five minutes include the U.S. and Russian not doing much for disarmament increasing nuclear weapon stockpiles in India and China, stalled efforts to reduce carbon emissions globally, and "killer robots."

Sockatume writes "According to an article published by the BBC, Chinese firm BGI has refined cloning procedures to the point where they can produce 500 pigs per year, performing two embryo implantations per day with a 70-80% success rate. Much of the operation is concerned with producing genetically-engineered animals for research. The biotech firm's other work includes million-individual-scale animal and plant genetic sequencing."

Taco Cowboy writes "Japanese researchers are planning an experiment to better understand what transpires during a nuclear meltdown by attempting to create a controlled nuclear meltdown. Using a scaled down version of a nuclear reactor — essentially a meter long stainless steel container — the experiment will involve the insertion of a foot long (30 cm) nuclear fuel rod, starting the fission process, and then draining the coolant. The experiment is scheduled to take place later this year."

Hugh Pickens DOT Com writes "Reuters reports that the Midwestern United States is shivering through the region's lowest temperatures in twenty years as forecasters warn that life-threatening cold is heading eastward as a polar vortex of freezing Arctic weather sweeps across the United States. 'The coldest temperatures in almost two decades will spread into the northern and central U.S. today behind an arctic cold front,' says the National Weather Service. 'Combined with gusty winds, these temperatures will result in life-threatening wind chill values as low as 60 degrees below zero (Fahrenheit/minus 51 degrees Celsius).' The coldest temperature reported in the lower 48 states on Sunday was minus 40 F (-40 C) in the towns of Babbitt and Embarrass, Minnesota. Meteorologists warn that the wind-chill factor could make it feel twice as cold, causing frostbite to exposed parts of the body within minutes. Eleven people have already died in weather-related incidents in the past week, including a 71-year-old woman with Alzheimer's who wandered from her home in upstate New York and was found frozen to death only 100m away. Polar vortexes occur seasonally at the North Pole, and their formation resembles that of hurricanes in more tropical regions: fast-moving winds build up around a calm center. Unlike a hurricane, these are frigid polar winds, circling the Arctic at more than 100 miles per hour. The spinning winds typically trap this cold air in the Arctic. But the problem comes when the polar vortex weakens or splits apart, essentially flinging these cold wind patterns out of the Arctic and into our backyards. 'All the ingredients are there for a near-record or historic cold outbreak,' says meteorologist Ryan Maue. 'If you're under 40, you've not seen this stuff before.'"

An anonymous reader writes "IEEE Spectrum reports on a rover design being developed at NASA Ames Research Center: Super Ball Bot. The premise is that the rover's brain and scientific equipment would be suspended in the center of a structure made of rigid rods and elastic cables. The rods and cables would be deformable, allowing the rover to roll over complex terrain without damage. This design would be ideal for exploring a place like Saturn's moon Titan. Its atmosphere is thick enough that a probe could drop the rover from 100km above the surface, and it would survive the fall without a parachute. 'In a scenario studied by the team (PDF), the robot could be collapsed to a very compact configuration for launch. Once it reaches the moon, it would pop open and drop to the surface, flexing and absorbing the force of impact. By shortening and lengthening the cables that connect its rigid components, the ball bot could then roll about the surface. These same cables could be used to pull back parts of the robot, so that science instruments at the center could be exposed and used.'"

An anonymous reader writes "About 2 years ago, Jonas Pfeil, created a Throwable Panorama Ball: A rugged, grapefruit-sized ball with 36 fixed-focus, 2-megapixel digital camera sensors that capture simultaneously when thrown in the air, creating a full spherical panorama of the surrounding scene. Now, an Indiegogo campaign aims to produce the the camera (Now known as Panono) available for about $500. The quality of the sample images is impressive: the resolution is quite good and most importantly, the stitching artifacts are hardly visible."