New submitter beda writes: Open hardware has got much attention with the advent of Raspberry Pi, Arduino and their respective clones. But most of the devices are focused either on tinkerers (Arduino) or most notably multimedia (Raspberry Pi). However, there is not much happening in other areas such as home routers where openness might help improve security and drive progress. Our company (non-profit) is trying to change this with Turris Omnia but we still wander if there is in fact demand for such devices. Is the market large enough and the area cool enough? Are there enough people who would value open hardware running open software even with a higher price tag? Any feedback would be most valued.
Lasrick writes: There may be a new option for the detection of illicit nuclear weapons programs worldwide: Antineutrino detection is an existing technology that, if political and diplomatic hurdles are overcome, could be put in place before the 10-year ban on Iranian enrichment R&D is lifted. Difficult to evade, antineutrino detection technology could allow the international community to reliably monitor a country's nuclear activities in real-time, potentially without setting foot in the country. Similar in cost and technological scale to the space-borne reconnaissance methods governments use for detection today, antineutrino detection could not only help identify undeclared nuclear reactors, but could monitor nuclear facilities and detonations throughout the Middle East and beyond.
An anonymous reader writes: Current head of NASA Charles Bolden has spoken out against the 4-year-old ban on collaborating with China. According to Bolden working with the Chinese is vital to the future of space exploration. Reuters reports: "The United States should include China in its human space projects or face being left out of new ventures to send people beyond the International Space Station, NASA chief Charles Bolden said on Monday. Since 2011, the U.S. space agency has been banned by Congress from collaborating with China, due to human rights issues and national security concerns. China is not a member of the 15-nation partnership that owns and operates the station, a permanently staffed research laboratory that flies about 250 miles (400 km) above Earth, but Bolden says working China will be necessary in the future."
MarkWhittington writes: Recently, NASA rejected Lockheed Martin's bid for a contract for the Commercial Resupply Services 2 (CRS-2) program as being too expensive. CRS-2 is the follow-on to the current CRS program that has SpaceX and Orbital Systems sending supplies to the International Space Station. Motley Fool explained why the aerospace giant was left behind and denied a share of what might be $14 billion between 2018 and 2024. In essence, Lockheed Martin tried to get the space agency to pay for a spacecraft that would do far more than just take cargo to and from the International Space Station.
An anonymous reader writes: On the 20th of October Pepsi will launch its own smartphone in China. The P1 is not just a cowling brand, but a custom-made device running Android 5.1 and costing approximately $205. At that price it's almost a burner, but even so it represents new possibilities for a brand to truly control the digital space for its eager consumers in a period where mobile content-blocking is becoming a marketing obstruction, and where there is increasing resistance on Google's part to allow publishers to push web-users from the internet to 'the app'.
MarkWhittington writes: NASA released a document describing the steps involved in its Journey to Mars program (PDF). But, as the Wall Street Journal suggests, the "plan" has a conspicuous lack of specifics. It doesn't go into how much the program will cost or what intermediate steps have to be taken before human beings set foot on Mars in the 2030s. This is likely because of the upcoming and subsequent changes of governing administrations — the space agency's deep space exploration goals are likely to get a reevaluation. The plan serves as a public relations document more than anything else.
New submitter Dr. Scatterplot writes: Richard Feynman is celebrated as a brilliant scientist and idiosyncratic character. He is also someone who today might be accused of sexual harassment. That is, if his students felt empowered to report him. Whether his department would have done anything back then is a different matter. How far should academic communities go to protect their intellectual capital, at the expense of further harm to their students, past and present? UC Berkeley and exoplanet astronomers are walking that line with prominent professor and exoplanet discoverer Geoff Marcy. "Four women alleged that Marcy repeatedly engaged in inappropriate physical behavior with students, including unwanted massages, kisses, and groping. As a result of the findings, the women were informed, Marcy has been given 'clear expectations concerning his future interactions with students,' which he must follow or risk 'sanctions that could include suspension or dismissal.''
An anonymous reader writes: An article at Ars Technica tells the story of Shuttle-Centaur, a NASA project during the mid-1980s to carry a Centaur rocket to orbit within the cargo bay of a space shuttle. As you might expect, shuttle launches became vastly more complex with such heavy yet delicate cargo. Still, officials saw it as an easy way to send probes further into the solar system. They developed a plan to launch Challenger and Atlantis within 5 days of each other in mid-1986 to bring the Ulysses and Galileo probes to orbit, each with its own Shuttle-Centaur. Though popular opinion at the time was that the shuttle program was "unstoppable," individuals within NASA were beginning to push back against slipping safety standards. "While a host of unknowns remained concerning launching a volatile, liquid-fueled rocket stage on the back of a space shuttle armed with a liquid-filled tank and two solid rocket boosters, NASA and its contractors galloped full speed toward a May 1986 launch deadline for both spacecraft." The destruction of Challenger in January, 1986 put Shuttle-Centaur on hold. The safety investigation that ensued quickly came to the conclusion that it presented unacceptable risks, and the project was canceled that June.
szczys writes: The screen on that new cellphone has amazing pixel density, color vibrance, and refresh rate. The high-end headphones you just picked up do an amazing job reproducing sound. These devices interface extremely well with humans but might not be very good modes of communication for an Extra-Terrestrial Intelligence. Sure, we haven't made contact with alien life yet. Even if they did pick up our broadcasts or space probes the relatively narrow-range of audio (narrow and low frequency), visual (slow refresh rate), and data transmission methods are likely to make no sense to non-human entities. The Voyager Golden Record took a fascinating approach to making some data available to new civilizations; it's interesting to think of other ways we might communicate with beings of fundamentally different biology.
New submitter tanstaaf1 writes: I was thinking about the whole tracking and privacy train-wreck and I'm wondering why specific information on how it is done, and how it can be micromanaged or undone by a decent programmer (at least), isn't vastly more accessible? By searching, I can only find information on how to erase cookies using the browser. Browser level (black box) solutions aren't anywhere near good enough; if it were, the exploits would be few and far between instead everywhere everyday. Read below for the rest of tanstaaf1's question.
hypnosec writes: The Kepler Space Telescope has allowed astronomers to detect and catalog thousands of exoplanets and exoplanet candidates. With more powerful telescopes like the James Webb Space Telescope scheduled for launch, scientists will be able to check if any of these exoplanets are habitable. But these space telescopes are expensive to create, and access time is coveted. This means simply pointing telescopes to random exoplanets isn't a practical proposition. That's why researchers have created what they call a "habitability index for transiting planets," with which astronomers will be able to prioritize the use of space telescopes for finding habitable planets. Their paper is available at the arXiv.
The Real Dr John writes: The Guardian has an article about Virgin Galactic's proposed launch site, Spaceport America, which broke ground in southern New Mexico's high desert in 2009 with almost a quarter of a billion dollars from taxpayers, $76m of which came from the two local counties. Truth or Consequences, population 6,000 and home to the Spaceport America Visitor Center, is one of the poorest places in the state. The increased taxes, adopted across impoverished Sierra County, contributed to about $5m as of 2014. Since 2009, state school budgets have been cut and an estimated $26m in necessary repairs to the town's water system has been put on hold. There's no more money to pay for it. The average annual income of residents is just $15,000 per year, one third of residents live below the poverty line, and just 20% over the age of 25 have obtained a bachelor's degree.
I was both pleased and disappointed, as always, when I heard that a book I enjoyed was being made into a movie. Andy Weir's The Martian was the best new book I'd read in years. It was written for nerds, by a nerd — by somebody with an obvious love for NASA, science, and spaceflight. How could it possibly be condensed into the format of a Hollywood blockbuster? Well, director Ridley Scott and screenwriter Drew Goddard figured out how. The Martian is an excellent film, well worth watching. Read on for my review (very minor spoilers only), and feel free to share your own in the comments.
The Times of India reports that NASA has awarded a $25,000 first prize to Space Exploration Architecture for their design, called "Mars Ice House," of a habitat suitable for Mars. The concept relies on the (predicted) availability of Martian water, as well as on 3-D printing; according to the text accompanying the design. The 5-cm thick shell of ice which would serve as both skin and support structure for the shelter "protects against radiation without compromising life above ground." Two other teams (Gamma and LavaHive) were awarded second and third-place prizes, respectively.
Ars Technica takes an in-depth look at some of the tech side of the hybrid racing circuit, in particular the World Endurance Championship . From the article: Hybrid systems are allowed to deploy between 2MJ and 8MJ of energy during a single lap of Le Mans, augmenting the power from an internal combustion engine. Energy can be recovered from up to two motor/generator units (MGUs); usually this means recapturing kinetic energy from the front and rear wheels under braking. To balance things out, cars that recover and deploy 8MJ carry less fuel, and the flow rate at which they can feed it to the engine decreases. Audi's R18, with its mix of turbo diesel and flywheel hybrid technology, was king of the hill for several years, but the hybrid systems were much less powerful. Last year, Toyota's gasoline V8 and supercapacitor-powered TS040 was the car to beat. But 2015 is the year of the Porsche 919 Hybrid. Porsche chose lithium-ion batteries to hybridize the 919's turbocharged gasoline V4, and this year is able to capture and deploy the full 8MJ (Toyota is in the 6MJ class and Audi 4MJ). The article spends more space on Audi's approach than the others, but offers a cool glimpse at all three of these companies' niches within the field, as represented at the Texas' Lone Star Le Mans.
schwit1 writes: The Russians have just discovered that their Soyuz 2 rocket does not fit in the building just finished at their new spaceport at Vostochny: "The cutting-edge facility was meant be ready for launches of Soyuz-2 rockets in December, but an unidentified space agency told the TASS news agency late Thursday that the rocket would not fit inside the assembly building where its parts are stacked and tested before launch. The building 'has been designed for a different modification of the Soyuz rocket,' the source said, according to news website Medusa, which picked up the story from TASS." The rocket had just been delivered to Vostochny for assembly, so this report, though unconfirmed at this time, fits well with current events.
An anonymous reader writes: Writing for Defense News, Lara Seligman and Aaron Mehta report that "[c]oncerns about increased risk of injury to F-35 pilots during low-speed ejections have prompted the US military services to temporarily restrict pilots who weigh less than 136 pounds from flying the aircraft. During August tests of the ejection seat, built by Martin-Baker, testers discovered an increased risk of neck injury when a lightweight pilot is flying at slower speeds. Until the problem is fixed, the services decided to restrict pilots weighing under 136 pounds from operating the plane, Maj. Gen. Jeffrey Harrigian, F-35 integration office director, told Defense News in a Tuesday interview."
MarkWhittington writes: According to a story in Space.com, Moon Express, one of the leading contestants in the Google Lunar X Prize competition, has made a giant leap toward its goal of being the first private group to land on the moon. The company has signed a contract with Rocket Lab, a new launch company based in New Zealand, for five launches of its upcoming Electron rocket. The first two launches will take place in 2017 and will be attempts to land the MX-1 lander on the lunar surface in time to win the prize by the current deadline by the end of that year.
coondoggie writes: NASA this week picked five possible contenders for a relatively low-cost robotic mission to space. The five candidates from a batch of 27 –include Venus, near-Earth object and asteroid operations – will ultimately be whittled down to one or two that will cost approximately $500 million, not including launch vehicle or post-launch operations, NASA stated. The DAVINCI probe would "study the chemical composition of Venus' atmosphere during a 63-minute descent. It would answer scientific questions that have been considered high priorities for many years, such as whether there are volcanoes active today on the surface of Venus and how the surface interacts with the atmosphere of the planet." A longer-range spacecraft called Lucy would "perform the first reconnaissance of the Jupiter Trojan asteroids, objects thought to hold vital clues to deciphering the history of the solar system."