Slashdot Mirror

Shag writes "Type Ia supernovae are used as cosmological 'standard candles' to measure distance because of their strong similarity to one another. This has made possible, for example, the research into universal expansion that led to the Nobel-winning discovery of 'dark energy.' For years, astrophysicists believed white dwarves exploded when they accreted enough mass from companion stars to reach a limit of 1.38 times the mass of our Sun. A decade ago, the 'Champagne supernova' (SN 2003fg) was so bright astrophysicists concluded the limit had been exceeded by two white dwarves colliding. Now a new paper (PDF) from the Nearby Supernova Factory collaboration suggests that type Ia supernovae occur at a wider range of stellar masses. Fortunately, there appears to be a calculable correlation between mass and light-curve width, so they can still fill the 'standard candle' role, and research based on them is probably still valid. (I took data for the paper, but am not an author.)"

Shag writes "Type Ia supernovae are used as cosmological 'standard candles' to measure distance because of their strong similarity to one another. This has made possible, for example, the research into universal expansion that led to the Nobel-winning discovery of 'dark energy.' For years, astrophysicists believed white dwarves exploded when they accreted enough mass from companion stars to reach a limit of 1.38 times the mass of our Sun. A decade ago, the 'Champagne supernova' (SN 2003fg) was so bright astrophysicists concluded the limit had been exceeded by two white dwarves colliding. Now a new paper (PDF) from the Nearby Supernova Factory collaboration suggests that type Ia supernovae occur at a wider range of stellar masses. Fortunately, there appears to be a calculable correlation between mass and light-curve width, so they can still fill the 'standard candle' role, and research based on them is probably still valid. (I took data for the paper, but am not an author.)"

Nerval's Lobster writes "If you're going to make up a cool-sounding job title for yourself, 'Data Scientist' seems to fit the bill. When you put 'Data Scientist' on your resume, recruiters perk up, don't they? Go to the Strata conference and look on the jobs board — every company wants to hire Data Scientists. Time to jump aboard that bandwagon, right? Wrong, argues Miko Matsumura in a new column. 'Not only is Data Science not a science, it's not even a good job prospect,' he writes. 'Companies continue to burn millions of dollars to collect and gamely pick through the data under respective roofs. What's the time-to-value of the average "Big Data" project? How about "Never?"' After the 'Big Data' buzz cools a bit, he argues, it will be clear to everyone that 'Data Science' is dead and the job function of 'Data Scientist' will have jumped the shark."

cyclomedia writes "The Decibel Kid — the "AudioVisual Artist" responsible for last summer's Ipswich Zelda Map — has unveiled his new website. Modeled on Amiga OS it supports changing the wallpaper, window dragging, resizing, minimizing, and that z-index shuffle button. The mobile site is a completely different beast, modeling itself as a low-res LCD." There's even a drum machine. If you're pining for the "real" thing, there's always UAE (if you can find a ROM). Update: 03/05 15:45 GMT by U L : polyp2000 pointed out a better simulation, and a simulation of Workbench 1.5.

Ethan Siegel at the StartsWithABang blog writes: "Have you ever wondered why the masses of the fundamental particles have the small values that they do, compared to, say, the Planck scale? Whether the fundamental forces all unify at some high energy? And whether there's a natural, compelling particle candidate for dark matter? Well, in theory supersymmetry (or SUSY, for short) could have solve all three of these problems. In fact, if it solves the first one alone, there will be definitive experimental signatures for it at the Large Hadron Collider. Well, the LHC has completed its first run, and found nothing. What does this mean for theoretical physics, for SUSY in particular, and what are the implications for string theory? A very clear explanation is given here; it might be time to start hammering in those coffin nails."

Ethan Siegel at the StartsWithABang blog writes: "Have you ever wondered why the masses of the fundamental particles have the small values that they do, compared to, say, the Planck scale? Whether the fundamental forces all unify at some high energy? And whether there's a natural, compelling particle candidate for dark matter? Well, in theory supersymmetry (or SUSY, for short) could have solve all three of these problems. In fact, if it solves the first one alone, there will be definitive experimental signatures for it at the Large Hadron Collider. Well, the LHC has completed its first run, and found nothing. What does this mean for theoretical physics, for SUSY in particular, and what are the implications for string theory? A very clear explanation is given here; it might be time to start hammering in those coffin nails."

Ethan Siegel at the StartsWithABang blog writes: "Have you ever wondered why the masses of the fundamental particles have the small values that they do, compared to, say, the Planck scale? Whether the fundamental forces all unify at some high energy? And whether there's a natural, compelling particle candidate for dark matter? Well, in theory supersymmetry (or SUSY, for short) could have solve all three of these problems. In fact, if it solves the first one alone, there will be definitive experimental signatures for it at the Large Hadron Collider. Well, the LHC has completed its first run, and found nothing. What does this mean for theoretical physics, for SUSY in particular, and what are the implications for string theory? A very clear explanation is given here; it might be time to start hammering in those coffin nails."

First time accepted submitter Defenestrar writes "I've recently taken a job at a large state university where I manage the laboratories for a couple of departments. We have a good system to pro-rate costs for shared use of big ticket items, but don't have anything in place for small to medium expense pieces which don't require software control (i.e. AD user authentication logs). It is much more efficient to designate a common room for things like water purifiers and centrifuges, but log books have a history of poor compliance. Also, abuse or neglect of communal property has been an issue in the past (similar to the tragedy of the commons).

Do any of you know of good automatic systems to record user/group equipment usage which would allow for easy data processing down the line (i.e. I don't want to go through webcam archives). Systems which promote accountability and care are a bonus, but for safety reasons we don't want the room's door locked (i.e. no pin/badged access). Most of these systems also require continuous power — so electrical interlocks are not a good option either.

I call on you, my fellow Slashdotters, to do your best and get quickly sidetracked while still including the occasional gem in the comments."

First time accepted submitter Defenestrar writes "I've recently taken a job at a large state university where I manage the laboratories for a couple of departments. We have a good system to pro-rate costs for shared use of big ticket items, but don't have anything in place for small to medium expense pieces which don't require software control (i.e. AD user authentication logs). It is much more efficient to designate a common room for things like water purifiers and centrifuges, but log books have a history of poor compliance. Also, abuse or neglect of communal property has been an issue in the past (similar to the tragedy of the commons).

Do any of you know of good automatic systems to record user/group equipment usage which would allow for easy data processing down the line (i.e. I don't want to go through webcam archives). Systems which promote accountability and care are a bonus, but for safety reasons we don't want the room's door locked (i.e. no pin/badged access). Most of these systems also require continuous power — so electrical interlocks are not a good option either.

I call on you, my fellow Slashdotters, to do your best and get quickly sidetracked while still including the occasional gem in the comments."

Hugh Pickens DOT Com writes "Randall Munroe's XKCD cartoon on the ICE/ISEE-3 spacecraft inspired me to do a little research on why Nasa can no long communicate with the International Cometary Explorer. Launched in 1978 ISEE-3 was the first spacecraft to be placed in a halo orbit at one of Earth-Sun Lagrangian points (L1). It was later (as ICE) sent to visit Comet Giacobini-Zinner and became the first spacecraft to do so by flying through a comet's tail passing the nucleus at a distance of approximately 7800 km. ICE has been in a heliocentric orbit since then, traveling just slightly faster than Earth and it's finally catching up to us from behind, and will return to Earth in August. According to Emily Lakdawalla, it's still functioning, broadcasting a carrier signal that the Deep Space Network successfully detected in 2008 and twelve of its 13 instruments were working when we last checked on its condition, sometime prior to 1999.

Can we tell the spacecraft to turn back on its thrusters and science instruments after decades of silence and perform the intricate ballet needed to send it back to where it can again monitor the Sun? Unfortunately the answer to that question appears to be no. 'The transmitters of the Deep Space Network, the hardware to send signals out to the fleet of NASA spacecraft in deep space, no longer includes the equipment needed to talk to ISEE-3. These old-fashioned transmitters were removed in 1999.' Could new transmitters be built? Yes, but it would be at a price no one is willing to spend. 'So ISEE-3 will pass by us, ready to talk with us, but in the 30 years since it departed Earth we've lost the ability to speak its language,' concludes Lakdawalla. 'I wonder if ham radio operators will be able to pick up its carrier signal — it's meaningless, I guess, but it feels like an honorable thing to do, a kind of salute to the venerable ship as it passes by.'"

curtwoodward writes "Long before Steve Jobs kicked off the modern mobile gaming revolution with the iPhone, a Harvard astrophysicist got kids obsessed with chasing electronic lights and sounds with their fingers. Bob Doyle was the inventor behind Merlin, and built the early versions with his wife and brother-in-law. As the more sophisticated cousin of raw memory game Simon, Merlin offered games like blackjack, tic-tac-toe, and even an early music program. Doyle, now 77, got 5 percent royalties on each sale, money that paid for the rest of his projects over the years." Using those royalties, Bob Doyle spends his time writing things online.

realized writes with news that the Federal government thinks Sprint overcharged them $21 million when billing for wiretaps. From the article: "Sprint, like all the nation's carriers, must comply with the Communications Assistance in Law Enforcement Act of 1994, which requires telcos to be capable of providing government-ordered wiretapping services. The act also allows carriers to recoup 'reasonable expenses' associated with those services. Sprint inflated charges approximately 58 percent between 2007 and 2010, according to a lawsuit the administration brought against the carrier today. ... The suit said that the wireless carrier breached Federal Communications Commission guidelines of 2006 that prohibited carriers from using intercept charges to recover costs of modifying 'equipment, facilities or services' to comply with the Communications Assistance in Law Enforcement Act."

benrothke writes "When it comes to measuring and communicating threats, perhaps the most ineffective example in recent memory was the Homeland Security Advisory System; which was a color-coded terrorism threat advisory scale. The system was rushed into use and its output of colors was not clear or intuitive. What exactly was the difference between levels such as high, guarded and elevated? From a threat perspective, which color was more severe — yellow or orange? Former DHS chairman Janet Napolitano even admitted that the color-coded system presented 'little practical information' to the public. While the DHS has never really provided meaningful threat levels, in Threat Modeling: Designing for Security, author Adam Shostack has done a remarkable job in detailing an approach that is both achievable and functional. More importantly, he details a system where organizations can obtain meaningful and actionable information, rather than vague color charts." Read below for the rest of Ben's review. Threat Modeling: Designing for Security author Adam Shostack pages 624 publisher Wiley rating 10/10 reviewer Ben Rothke ISBN 978-1118809990 summary Invaluable guide to create a formal threat modeling program Rather than letting clueless Washington bureaucrats define threats, the book details a formal system in which you can understand and particularize the unique threats your organizations faces.

In the introduction, Shostack sums up his approach in four questions:
1. What are you building?
2. What can go wrong with it once it's built?
3. What should you do about those things that can go wrong?
4. Did you do a decent job of analysis?

The remaining 600 densely packed pages provide the formal framework needed to get meaningful answers to those questions. The book sets a structure in which to model threats, be it in software, applications, systems, software or services, such as cloud computing.

While the term threat modeling may seem overly complex, the book notes that anyone can learn to threat model. Threat modeling is simply using models to find security problems. The book notes that using a model means abstracting away a lot of the details to provide a look at the bigger picture, rather than the specific item, or piece of software code.

An important point the book makes is that there is more than one way to model threats. People often place too much emphasis on the specifics of how to model, rather than focusing on what provides them the most benefit. Ultimately, the best model for your organization is the one that helps you determine what the main threats are. Finally, the point is not just to find the threats; the key is to address them and fix them.

The beauty of the book is that it focuses on gaining empirical data around threats for your organization. Rather than simply taking an approach based on Gartner, USA Today or industry best practices.

While the author states a few times that threat modeling is not necessarily a complex endeavor, it nonetheless does take time. He writes that threat modeling requires involvement from many players from different departments in an organization to provide meaningful input. Without broad input, the threat model will be lacking, and the output will be incomplete.

For those organizations that are willing to put the time and effort into threat modeling, the benefits will be remarkable. At the outset, they will have confidence that they understand the threats their organization is facing, likely spend less on hardware and software, and will be better protected.

Chapter 18 quotes programmer Henry Spencer who observed that "those who do not understand Unix are condemned to reinvent it, poorly". Shostack writes that the same applies to threat modeling. The point he is making is that there are ways to fail at threat modeling. The first is simply not trying. The chapter then goes on into other approaches which can get in the way of an effective threat modeling program.

Why should you threat model for your IT and other technology environments? It should be self-evident from an architecture perspective. When an architect is designing an edifice, they first must understand their environment and requirements. A residence for a couple in Manhattan will be entirely different from the design for a residence for a family in Wyoming. But far too many IT architects take a monolithic approach to threats and that's precisely the point the book is attempting to obviate.

As noted, threat modeling is not overly complex. But even if it was indeed complex, it is far too important not to be done. The message of the book is that organizations need to stop chasing vague threats and industry notions of what threats are, and customize things so they deal with their threats.

For those that still think the topic is complex, the book references Elevation of Privilege (EoP), an easy way to get started threat modeling. EoP is a card game that developers, architects or security teams can play to easily understand the rudiments of threat modeling.

Risk modeling is so important that it must be seen as an essential part of a formal and mature information security program. Having firewalls, IDS, DLP and myriad other infosec appliances can be deceptive in thinking they provide protection. But if they are deployed in an organization that has not defined the threats these devices are expected to address, they only serve the purpose of giving an aura of infosec protection, and not real protection itself.

Amazon has over 800 Disney World guide books. Anyone who is going to invest their time and money to spend a few days at Disney World knows they have to do their research in order to get the most out of their visit.

There are only a handful of books on this topic and Threat Modeling: Designing for Security is perhaps the finest of them. No tourist would be so naïve to go to Disney World uninformed. And conversely, no one should go into the IT world without adequate threat information.

Threat modeling provides compelling benefits in the ability to make better information security decisions, better focus on often limited resources, all while designing a model to protect against current and future threats.

For those serious about the topic, Threat Modeling: Designing for Security will be one of the most rewarding information security books they could hope for.

Reviewed by Ben Rothke.

You can purchase Threat Modeling: Designing for Security from amazon.com. Slashdot welcomes readers' book reviews (sci-fi included) -- to see your own review here, read the book review guidelines, then visit the submission page.

KentuckyFC writes "Parents in the Fukushima region of Japan are intensely worried that their children may be consuming food and water contaminated with radiation. But whole body scanners used to monitor the internal radiation levels of adults don't work for children who cannot stand up inside them. What's more, the machines are not sensitive enough to detect problematic radiation levels in children. That's because children metabolize substances faster than adults and have a lower mass to start with, so the levels of radiation in their bodies tend to be lower. For example, if each adult ingests 3 Becquerels of cesium-137 every day, the internal levels would reach an equilibrium of about 400 Bq/adult body. But a similar intake for a 1-year old child would result in an equilibrium level of about 60 Bq/body, well below the 250 Bq/body sensitivity of adult scanners. Now a team of engineers has built a whole body scanner that is sensitive enough for the job and that children can play inside for the 4 minutes necessary to scan them. And they say the results of the first 100 scans of Fukushima children (average age 4.2 years) are reassuring--none show any evidence of cesium-137. So far."

Hugh Pickens DOT Com writes "Jon Butterworth has an interesting article at The Guardian about the idea of standpoint-independence in physics and the absence of 'privileged observers.' The ASACUSA experiment at CERN plans to make a beam of antimatter, and measure the energy levels as the beam travels in a vacuum, away from the magnetic fields and away from any annihilating matter. The purpose of the experiment is to test CPT (Charge/Parity/Time) inversion to determine if the universe would look the same if we simultaneously swapped all matter for antimatter, left for right, and backwards in time for forwards in time. In string theory for example it is possible to violate this principle so the ASACUSA people plan to measure those antihydrogen energy levels very precisely. Any difference would mean a violation of CPT inversion symmetry. Physicist Ofer Lahav has some interesting observations in the article about how difficult it is these days for physicists to develop independent points of view on cosmology. 'Having been surrounded by a culture in which communication is seen as generally a good thing, this came as a surprise to me, but it is a very good point,' writes Butterworth. 'We gain confidence in the correctness of ideas if they are arrived at independently from different points of view.'

A good example is the independent, almost simultaneous development of quantum electrodynamics by Richard Feynman, Julian Schwinger and Sin-Itiro Tomonaga. They all three had very different approaches, and Tomonaga in particular was working in wartime Japan, completely cut off from the others. Yet Freeman Dyson was able to prove that the theories each had provided for the quantum behavior of electrons and photons were not only all equally good at describing nature, but were all mathematically equivalent — that is, the same physics, seen from different points of view. Whether we are using thought experiments, antimatter beams, sophisticated instrumentation, or sending spaceships to the outer solar system, Butterworth says the ability for scientists to loosen the constraints of our own point of view is hugely important. 'It is also, I think, closely related to the ability to put ourselves into the place of other people in society and to perceive ourselves as seen by them — to check our privilege, if you like. Imperfect and difficult, but a leap away from a childish self-centeredness and into adulthood.'"

Hugh Pickens DOT Com writes "Jon Butterworth has an interesting article at The Guardian about the idea of standpoint-independence in physics and the absence of 'privileged observers.' The ASACUSA experiment at CERN plans to make a beam of antimatter, and measure the energy levels as the beam travels in a vacuum, away from the magnetic fields and away from any annihilating matter. The purpose of the experiment is to test CPT (Charge/Parity/Time) inversion to determine if the universe would look the same if we simultaneously swapped all matter for antimatter, left for right, and backwards in time for forwards in time. In string theory for example it is possible to violate this principle so the ASACUSA people plan to measure those antihydrogen energy levels very precisely. Any difference would mean a violation of CPT inversion symmetry. Physicist Ofer Lahav has some interesting observations in the article about how difficult it is these days for physicists to develop independent points of view on cosmology. 'Having been surrounded by a culture in which communication is seen as generally a good thing, this came as a surprise to me, but it is a very good point,' writes Butterworth. 'We gain confidence in the correctness of ideas if they are arrived at independently from different points of view.'

A good example is the independent, almost simultaneous development of quantum electrodynamics by Richard Feynman, Julian Schwinger and Sin-Itiro Tomonaga. They all three had very different approaches, and Tomonaga in particular was working in wartime Japan, completely cut off from the others. Yet Freeman Dyson was able to prove that the theories each had provided for the quantum behavior of electrons and photons were not only all equally good at describing nature, but were all mathematically equivalent — that is, the same physics, seen from different points of view. Whether we are using thought experiments, antimatter beams, sophisticated instrumentation, or sending spaceships to the outer solar system, Butterworth says the ability for scientists to loosen the constraints of our own point of view is hugely important. 'It is also, I think, closely related to the ability to put ourselves into the place of other people in society and to perceive ourselves as seen by them — to check our privilege, if you like. Imperfect and difficult, but a leap away from a childish self-centeredness and into adulthood.'"

Trax3001BBS writes "A 65-foot (20-meter) crack has been found in Wanapum Dam, one of the major dams along the Columbia River in southern Washington. Water levels are being lowered to both reduce water pressure and give the inspectors access to the area. 'Earlier this week, an engineer noticed a slight irregular "bowing" above the spillway gates near where cars can drive across the dam. When divers finally took a look under water they found a 2-inch-wide crack that stretched for 65 feet along the base of one of the dam's spillway piers.' The article goes on to say, 'Even if the dam doesn't fail, the significance of the damage is likely to require extensive repairs and that, too, could impact the entire Columbia River system. "All these dams coordinate to generate energy on a regional scope," Stedwick said. "If Wanapum is impacted, that has impacts on dams upstream as well as below." Upstream dams would be required to handle more water; there's only one lower dam (Priest Rapids). After that is the last free flowing section of the Columbia river. I've taken walks along that section, and I've seen it deviate (higher or lower) by amazing amount of water, so it can handle the changing flow rate. Making this situation more complex, a large group of people would like that particular dam removed, as well as the one above and below it (think of the fish!). On top of that, after the Priest Rapids dam (downstream from Wanapum Dam) is the Hanford Nuclear Reservation, once a site for Plutonium production. Either of these issues could generate a ton of attention. Personally, I'd like to give the engineer that noticed a slight irregular 'bowing' my congratulations."

There is this guy, Eric Holscher, who has been doing FOSS development for quite a while. He's been on GitHub since 2008, and got involved in Gittip not long after it started in 2012. Not long after that, Eric started thinking about how open source software developers have all kinds of conferences and have many communities they can join and learn from each other, while those who write documentation, especially for FOSS, typically work all alone in a vacuum.

So why not have a conference for documentation writers (and developers who want to hook up with writers who can help them make high-quality docs)? Don't limit it to FOSS, but make sure that's the emphasis. Call the conference 'Write the Docs' and have the first conference in Portland, Oregon, in 2013. Which is exactly what Eric did. A year later, a second 'Write the Docs' conference is scheduled in Budapest (Hungary) at the end of March, and the next Portland conference is set for May 5.

An anonymous reader writes with more chilling news from the Snowden files. Quoting the Guardian: "GCHQ files dating between 2008 and 2010 explicitly state that a surveillance program codenamed Optic Nerve collected still images of Yahoo webcam chats in bulk and saved them to agency databases, regardless of whether individual users were an intelligence target or not. ... The system, eerily reminiscent of the telescreens evoked in George Orwell's 1984, was used for experiments in automated facial recognition, to monitor GCHQ's existing targets, and to discover new targets of interest. Such searches could be used to try to find terror suspects or criminals making use of multiple, anonymous user IDs." Remember, friends don't video conference with friends unless they're using SIP and TLS.

theodp writes "The Mercury News' Mike Cassidy reports that women are missing out on lucrative careers in computer science. 'The dearth of women in computing,' writes Cassidy, 'has the potential to slow the U.S. economy, which needs more students in the pipeline to feed its need for more programmers. It harms women by excluding them from some of the best jobs in the country. And it damages U.S. companies, which studies show would benefit from more diverse teams.' The promise of better financial results, says Anita Borg Institute Director Denise Gammal, is making diversity a business imperative. It's 'the sort of imperative that cries out for a movement,' argues Cassidy, 'maybe this time one led not by Rosie the Riveter, but by Peggy the Programmer.' So, where will Peggy the Programmer come from? Well, Google is offering $100 to girls attending U.S. public high schools who complete a Codecademy JavaScript course. 'Currently only 12% of computer science graduates are women,' explains Codecademy, 'and great tech companies like Google want to see more smart girls like you enter this awesome profession!' Google joins tech giant-backed Code.org in incentivizing teachers to bring the next generation of girls to the CS table.

But Silicon Valley claims the talent crisis is now (although there are 19 billion reasons to question SV's hiring acumen). So, what about the women who are here now, asks Dr. AnnMaria De Mars. 'If you are overlooking the women who are here now,' De Mars writes, 'what does that tell the girls you are supposedly bringing up to be the next generation of women in tech that you can overlook 15 years from now? Why do we hear about 16-year-old interns far more than women like me? If it is true, as the New York Times says, that in 2001-2 28% of computer science degrees went to women compared to the 10% or so now — where are those women from 12 years ago? It seems to me that when people are looking at minorities or women to develop in their fields, they are much more interested in the hypothetical idea of that cute 11-year-old girl being a computer scientist someday than of that thirty-something competing with them for market share or jobs. If there are venture capitalists or conference organizers or others out there that are sincerely trying to promote women who code, not girls, I've never met any. That doesn't mean they don't exist, but it means that whoever they are seeking out, it isn't people like me.'"

Zothecula writes with this excerpt from GizMag: "Studies have shown that a large percentage of amputees feel pain in their missing limbs. ... The ailment has so far proven difficult to treat, but a new study suggests therapy involving augmented reality and gaming could stimulate these unused areas of the brain (full journal article), resulting in a significant reduction in discomfort. ... In testing the treatment, the team used myolectric pattern recognition to predict phantom movements in the stump of a chronic PLP patient. By using the patterns as inputs in an augmented setting where a virtual arm was superimposed on the patient's real-life body, as well as controlling a car racing game, the team were able to gradually reduce the pain reported by the patient to zero." The study is an early one: there's only a single test subject, but one that had no success with any other form of treatment.

Lasrick writes "The Center for Investigative Reporting spent a year investigating whether San Francisco's Treasure Island is contaminated with radioactive material left over from the decades the island was a naval base. Treasure Island is being transferred into civilian hands, and the city of San Francisco has plans to turn it into a 'second downtown.' Despite the fact that radioactive debris has been found around the island, the Navy refuses to conduct testing that might show whether radiation cleanup should be started before development begins, Independent testing by CIR and others has found high levels of cesium 137 and other radioactive substances at several spots on the island, and by examining unclassified military documents, CIR has found that the history of the nuclear work done at Treasure Island and the lack of safety protocols at the time mean the contamination is most likely wide-spread. Complaints by current residents has only resulted in bureaucratic infighting among state health departments and the Navy."

innocent_white_lamb writes "Ford has announced that their in-vehicle technology called Sync will be based on Blackberry's QNX operating system and will no longer use Microsoft Windows. My own 2013 Ford Escape has the Windows-based Sync system. I wonder if they will issue an update to change it to QNX." Anonymous sources inside Ford cited reliability problems with Windows and lower licensing costs for the switch to the classic realtime OS.

KingofGnG writes "DICE is a small emulator dedicated to recreating on a modern computer the arcade games based on discrete circuits: ancient and bizarre entertainment machines where the electronic components required for the game experience were soldered individually on the circuit board and where there was no trace of integrated circuit or CPU. It's an obscure and fascinating kind of emulation, and the offering of emulated games grows richer with each release." Released a few days ago, DICE 0.8 adds support for four new games: Atari's Crossfire and Pin Pong, and Ramtek's Clean Sweep and Wipe Out.

astroengine writes with news of SpaceX's next step in experimenting with vertical landings for rocket stages. From the article: "Space Exploration Technologies is installing landing legs on its next Falcon 9 rocket, part of an ongoing quest to develop boosters that fly themselves back to the launch site for reuse. For the upcoming demonstration, scheduled for March 16, the Falcon 9's first stage will splash down, as usual, in the ocean after liftoff from Cape Canaveral Air Force Station in Florida. This time, however, SpaceX hopes to cushion the rocket's destructive impact into the Atlantic Ocean by restarting the Falcon 9's engine and extending landing legs that will be attached to the booster's aft section. The goal is a soft touchdown on the water." The test is scheduled for their ISS resupply mission on March 16th 2014 (the mission also features the launch of the crowdfunded KickSat nano nanosatellites) .

cartechboy writes "What do you do when you're the first to market with a mainstream item, and yet the competition seems to be a hotter commodity? Naturally you do your homework. That's exactly what Nissan is doing. With disappointing sales of its Leaf electric car, Nissan is doing the smart thing and talking to Tesla owners about their cars. One would assume this is in hopes of understanding how to better compete with the popular Silicon Valley upstart. The brand sent an email to Sacramento-area Model S owners with four elements ranging from general information and a web-based survey to asking owners to keep a driving diary and to come in for in-person interviews with Nissan staff. The question is: Is Nissan trying to get feedback on its marketplace and competition, or is the brand looking at either offering an electric car with longer range or planning to challenge Tesla with an upper end plug-in electric car?"

Nerval's Lobster writes "Ray Kurzweil, the technologist who's spent his career advocating the Singularity, discussed his current work as a director of engineering at Google with The Guardian. Google has big plans in the artificial-intelligence arena. It recently acquired DeepMind, self-billed 'cutting edge artificial intelligence company' for $400 million; that's in addition to snatching up all sorts of startups and research scientists devoted to everything from robotics to machine learning. Thanks to the massive datasets generated by the world's largest online search engine (and the infrastructure allowing that engine to run), those scientists could have enough information and computing power at their disposal to create networked devices capable of human-like thought. Kurzweil, having studied artificial intelligence for decades, is at the forefront of this in-house effort. In his interview with The Guardian, he couldn't resist throwing some jabs at other nascent artificial intelligence systems on the market, most notably IBM's Watson: 'IBM's Watson is a pretty weak reader on each page, but it read the 200m pages of Wikipedia. And basically what I'm doing at Google is to try to go beyond what Watson could do. To do it at Google scale. Which is to say to have the computer read tens of billions of pages. Watson doesn't understand the implications of what it's reading.' That sounds very practical, but at a certain point Kurzweil's predictions veer into what most people would consider science fiction. He believes, for example, that a significant portion of people alive today could end up living forever, thanks to the ministrations of ultra-intelligent computers and beyond-cutting-edge medical technology."

theodp writes "A conversation with an angry young developer prompts Microsoft Program Manager Scott Hanselman to blog about 'Microsoft Haters: The Next Generation.' 'The ones I find the most interesting,' says Hanselman, are the 'Microsoft killed my Pappy' people, angry with generational anger. My elders hated Microsoft so I hate them. Why? Because, you wronged me.' The U.S. and Japan managed to get over the whole World War II thing, Hanselman notes, so why can't people manage to get past the Microsoft antitrust thing, which was initiated in 1998 for actions in 1994? 'At some point you let go,' he suggests, 'and you start again with fresh eyes.' Despite the overall good-humored, why-can't-we-get-along tone of his post, Hanselman can't resist one dig that seems aimed at putting things into perspective for those who would still Slashdot like it's 1999: 'I wonder if I can swap out Chrome from Chrome OS or Mobile Safari in iOS.'"

Slashgear reports that many state-run internet links in Venezuela have been shut down by that country's government, as censorship efforts there step up along with widespread turmoil, partly in the form of widespread anti-government protests. The article begins: "Don’t expect one whole heck of a lot of tweets coming out of Venezuela in the immediate future as President Nicolas Maduro’s government has shut down the internet and select TV channels. Having shut down Twitter access for the area this past week, Venezuela’s state-run ISP CANTV has been cut in areas such as San Cristobal. This area is a regional capital in the west of the country and CANTV controls the vast majority of internet connectivity in the area. The Electronic Frontier Foundation made note that Venezuelans working with several different ISPs lost all connectivity on Thursday of this past week. Users lost connectivity to the major content delivery network Edgecast and the IP address which provides access to Twitter’s image hosting service while another block stopped Venezuelan access to the text-based site Pastebin."

An anonymous reader writes "Enter decentralized, open source mining with the first scientific proof of work. Riecoin is a decentralized (p2p), open source digital currency. Proof of work is about finding Hardy-Littlewood k-tuples. Ultimately miners are verifying the Riemann hypothesis. Unlike for Primecoin the probability of accepting a false positive goes to zero as the network grows. Primecoin uses Fermat Test which runs the risk of accepting so called Carmichael numbers. Riecoin uses a stronger test to ensure correctness."

An anonymous reader writes "Enter decentralized, open source mining with the first scientific proof of work. Riecoin is a decentralized (p2p), open source digital currency. Proof of work is about finding Hardy-Littlewood k-tuples. Ultimately miners are verifying the Riemann hypothesis. Unlike for Primecoin the probability of accepting a false positive goes to zero as the network grows. Primecoin uses Fermat Test which runs the risk of accepting so called Carmichael numbers. Riecoin uses a stronger test to ensure correctness."

An anonymous reader writes "Enter decentralized, open source mining with the first scientific proof of work. Riecoin is a decentralized (p2p), open source digital currency. Proof of work is about finding Hardy-Littlewood k-tuples. Ultimately miners are verifying the Riemann hypothesis. Unlike for Primecoin the probability of accepting a false positive goes to zero as the network grows. Primecoin uses Fermat Test which runs the risk of accepting so called Carmichael numbers. Riecoin uses a stronger test to ensure correctness."

barlevg writes "Each fall, a team led by Virginia Tech Professor of Entomology Thomas Kuhar gathers brown marmorated stink bugs from around campus and plops them into ventilated and insulated five-gallon buckets designed to simulate the habitats in which the bugs naturally wait out the winter. While previous lab tests have shown the insects capable of surviving chills of -20 C, last month's polar vortex proved too much for the little guys, with only 5% surviving the sustained cold conditions. This suggests that the DC area's population of stink bugs and other overwintering insects should be much lower come spring than in previous years."

KentuckyFC writes "The technology behind the T-1000 assassin in the Terminator movies might as well be science fiction as far as modern manufacturing is concerned. But we're making progress — thanks to some work by Chinese engineers who have perfected a way to make liquid metals assume various shapes and switch from one to another with the flick of a switch. These guys placed a thin film of gallium-indium-selenium alloy (melting point 10.5 degrees C) in water and applied an electric field. The balance between the surface tension of the metal and the electric forces on its surface then caused the metal to form a ball. They can move the sphere around, combine it with other spheres, and even use it to rotate the water. The engineers say this is the first step toward smart liquid machines that can assume almost any shape. And since the alloy is biologically benign, these machines could be used with, and even inside humans. Their next goal is to create a set of parallel electrodes that cause the metal to form into an undulating worm-shape that can propel itself along."

An anonymous reader writes "In a newly published paper, MIT researchers propose an experiment that may close the last major loophole of Bell's inequality. The test is to see whether, as far-fetched as it sounds, a particle detector's settings conspire with events in the shared past to determine which properties of a particle to measure — a scenario that implies that a physicist running the experiment does not have complete free will in choosing each detector's setting. MIT’s David Kaiser says, 'It sounds creepy, but people realized that's a logical possibility that hasn't been closed yet. Before we make the leap to say the equations of quantum theory tell us the world is inescapably crazy and bizarre, have we closed every conceivable logical loophole, even if they may not seem plausible in the world we know today?' The test involves quasars, telescopes, and lots of deep, deep space. It was published this week in the journal Physical Review Letters (pre-print available at the arXiv)."

SirLurksAlot writes "News is beginning to circulate on Twitter and various sites that Jim Weirich, the creator of Rake, has passed away at the age of 58. He was an active developer (his last commit in the last 24 hours) and has made many contributions to the Ruby community over the years, as well as being a prolific speaker and teacher. He had a great sense of humor and was beloved by many. He will be greatly missed."

SirLurksAlot writes "News is beginning to circulate on Twitter and various sites that Jim Weirich, the creator of Rake, has passed away at the age of 58. He was an active developer (his last commit in the last 24 hours) and has made many contributions to the Ruby community over the years, as well as being a prolific speaker and teacher. He had a great sense of humor and was beloved by many. He will be greatly missed."

paugq writes "NuttX is a real-time operating system (RTOS) with an emphasis on standards compliance and small footprint. Scalable from 8-bit to 32-bit microcontroller environments, the primary governing standards in NuttX are POSIX and ANSI standards. Additional standard APIs from Unix and other common RTOS's (such as VxWorks) are adopted for functionality not available under these standards, or for functionality that is not appropriate for deeply-embedded environments. NuttX was first released in 2007 by Gregory Nutt under the permissive BSD license, and today the 100th release was made: NuttX 6.33. Supported platforms include ARM, Atmel AVR, x86, Z80 and others."

paugq writes "NuttX is a real-time operating system (RTOS) with an emphasis on standards compliance and small footprint. Scalable from 8-bit to 32-bit microcontroller environments, the primary governing standards in NuttX are POSIX and ANSI standards. Additional standard APIs from Unix and other common RTOS's (such as VxWorks) are adopted for functionality not available under these standards, or for functionality that is not appropriate for deeply-embedded environments. NuttX was first released in 2007 by Gregory Nutt under the permissive BSD license, and today the 100th release was made: NuttX 6.33. Supported platforms include ARM, Atmel AVR, x86, Z80 and others."

paugq writes "NuttX is a real-time operating system (RTOS) with an emphasis on standards compliance and small footprint. Scalable from 8-bit to 32-bit microcontroller environments, the primary governing standards in NuttX are POSIX and ANSI standards. Additional standard APIs from Unix and other common RTOS's (such as VxWorks) are adopted for functionality not available under these standards, or for functionality that is not appropriate for deeply-embedded environments. NuttX was first released in 2007 by Gregory Nutt under the permissive BSD license, and today the 100th release was made: NuttX 6.33. Supported platforms include ARM, Atmel AVR, x86, Z80 and others."

paugq writes "NuttX is a real-time operating system (RTOS) with an emphasis on standards compliance and small footprint. Scalable from 8-bit to 32-bit microcontroller environments, the primary governing standards in NuttX are POSIX and ANSI standards. Additional standard APIs from Unix and other common RTOS's (such as VxWorks) are adopted for functionality not available under these standards, or for functionality that is not appropriate for deeply-embedded environments. NuttX was first released in 2007 by Gregory Nutt under the permissive BSD license, and today the 100th release was made: NuttX 6.33. Supported platforms include ARM, Atmel AVR, x86, Z80 and others."

paugq writes "NuttX is a real-time operating system (RTOS) with an emphasis on standards compliance and small footprint. Scalable from 8-bit to 32-bit microcontroller environments, the primary governing standards in NuttX are POSIX and ANSI standards. Additional standard APIs from Unix and other common RTOS's (such as VxWorks) are adopted for functionality not available under these standards, or for functionality that is not appropriate for deeply-embedded environments. NuttX was first released in 2007 by Gregory Nutt under the permissive BSD license, and today the 100th release was made: NuttX 6.33. Supported platforms include ARM, Atmel AVR, x86, Z80 and others."

Hugh Pickens DOT Com writes "Berin Szoka and Brent Skorup write that everyone assumes that cable companies have all the market power, and so of course a bigger cable company means disaster. But content owners may be the real heavyweights here: It was Netflix that withheld high-quality streaming from Time Warner Cable customers last year, not vice versa and it was ESPN that first proposed to subsidize its mobile viewers' data usage last year. 'We need to move away from the fear-mongering and exaggerations about threats to the Internet as well as simplistic assumptions about how Internet traffic moves. The real problems online are far more complex and less scary. And it's not about net neutrality, but about net capacity.' The debate is really about who pays for — and who profits from — the increasingly elaborate infrastructure required to make the Internet do something it was never designed to do in the first place: stream high-speed video. 'While many were quick to assume that broadband providers were throttling Netflix traffic, the explanation could be far simpler: The company simply lacked the capacity to handle the "Super HD" video quality it began offering last year.' A two-sided market means broadband providers would have an incentive to help because they would receive revenue from two major sources: content providers (through sponsorship or ads), and consumers (through subscription fees). 'Unfortunately, this kind of market innovation is viewed as controversial or even harmful to consumers by some policy and Internet advocates. But these concerns are premature, unfounded, and arise mostly from status quo bias: Carriers and providers haven't priced like this before, so of course change will create some kind of harm,' conclude Szoka and Skorup. 'Bottom line: The FCC should stop trying to ban prioritization outright and focus only on actual abuses of market power.'"

StartsWithABang writes "So unless you've been living under a rock, you're aware that it's only a few short weeks until the premiere of the new Cosmos: A Space-Time Odyssey starring Neil de Grasse Tyson. Many have hopes (and fears) concerning what the series will (and won't) be, but this perspective — on what a 'successful' Cosmos series could mean for the future of humanity — is worth a read for anyone who hasn't given up on dreaming big."

An anonymous reader writes "Brian Krebs has a followup to this week's 400 Gbps DDoS attack using NTP amplification. Krebs, as a computer security writer, has often been the target of DDoS attacks. He was also hit by a 200Gbps attack this week (apparently, from a 15-year-old in Illinois). That kind of volume would have been record-breaking only a couple of years ago, but now it's just normal. Arbor Networks says we've entered the 'hockey stick' era of DDoS attacks, as a graph of attack volume spikes sharply over the past year. CloudFlare's CEO wrote, 'Monday's DDoS proved these attacks aren't just theoretical. To generate approximately 400Gbps of traffic, the attacker used 4,529 NTP servers running on 1,298 different networks. On average, each of these servers sent 87Mbps of traffic to the intended victim on CloudFlare's network. Remarkably, it is possible that the attacker used only a single server running on a network that allowed source IP address spoofing to initiate the requests. An attacker with a 1 Gbps connection can theoretically generate more than 200Gbps of DDoS traffic.' In a statement to Krebs, he added, 'We have an attack of over 100 Gbps almost every hour of every day.'"

New submitter aberglas writes "The conservative government's George Brandis wants to force ISPs to block sites that might infringe copyright. Brandis said he stood firmly on the side of content creators (a.k.a. Hollywood). Ban gross violators today, obscure ones tomorrow, porn sites, far left sites the day after..." From the article, too, this snippet: "The federal government is also considering implementing a "graduated response scheme" that could lead to consumers' internet accounts being temporarily suspended if they ignore notifications to stop downloading illegal content." Shades of the Copyright Alert System.

Hugh Pickens DOT Com writes "As the number of students attending colleges and universities has steadily increased and the cost for most students has climbed even faster, student debt figures (both total and per person) have continued to get bigger. Now Josh Freedman at Forbes Magazine proposes a graduate tax-funded system of higher education, under which students would pay nothing to attend college upfront. Instead, once they graduate and move out of their parents' basements, they would begin to pay an additional income tax (say, for example, three percent) on their earnings that would fund higher education. 'In other words, the current crop of college graduates funds the current crop of college students, and so on down the line. There is no debt taken on by students, which minimizes risk (good); repayment is tied to income, because only people who make income pay the tax (also good); and it is simpler and more easily administrable than plans to make loans easier to pay off (still good).' The main argument for a graduate tax comes from its progressivity. Supporters of a graduate tax point out that most college graduates, particularly those from elite universities that use a greater share of resources, are richer than people who have not graduated from college. The state of Oregon made headlines last year for an innovative proposal called 'Pay It Forward' to fund higher education without having students take on any debt. Pay It Forward amounts to a graduate tax: All of the graduates of public colleges in Oregon would pay nothing up front in tuition but would pay back a percentage of their income for a set number of years. These payments would build a fund that would cover the cost for future students to receive the same opportunity to attend college with no upfront costs. 'As pressure mounts for more students from all backgrounds to attend college, it will become increasingly difficult to try to stem the rapid tuition inflation under a loan system,' concludes Freedman. 'Our current student loan system has made college more expensive, turned higher education into an individual, rather than a communal, good, and generated serious negative economic and social risks.'"

diegocg writes "Germany has outlined the details of the new 800km (497mi) high voltage power link that will transport renewable power from the north to the industrial south. It is part of the Energiewende plan to replace nuclear power and most other non-renewable energy sources with renewable sources in the next decades. However, the power link is facing a problem: popular resistance from affected neighborhoods."

We have shown clips from FIRST Robotics Competitions before on Slashdot, with a concentration on the Dexter Dreadbots because they're the "home team" for Slashdot's home office in Michigan. Today we hear from team mentor Jennifer Bryson and watch as the team works on their 2014 competition robot. They need to have it finished by February 18, so they're in the home stretch of the robot-building task. The competition itself starts on February 28 and keeps going until the world championships are held during the last weekend in April. The Dreadbots did well last year. This year? Who knows. But win or lose, it's all For Inspiration and Recognition of Science and Technology, AKA FIRST, also AKA "The ultimate Sport for the Mind." And if you're not near Ann Arbor, MI, check for a FIRST competition near you. It's an international organization, so you're likely to find one -- and if you don't, perhaps you can help start a FIRST team where you live.And for those of you who don't see the video below, here's a link to it.

First time accepted submitter vigna writes "The Laboratory for Web Algorithmics of the Università degli studi di Milano together with the Data and Web Science Group of the University of Mannheim have put together the first entirely open ranking of more than 100 million sites of the Web. The ranking is based on classic and easily explainable centrality measures applied to a host graph, and it is entirely open — all data and all software used is publicly available. Just in case you wonder, the number one site is YouTube, the second Wikipedia, and the third Twitter." They are using the Common Crawl data (first released in November 2011). Pages are ranked using harmonic centrality with raw Indegree centrality, Katz's index, and PageRank provided for comparison. More information about the web graph is available in a pre-print paper that will be presented at the World Wide Web Conference in April.