First time accepted submitter ryanferrell writes "Not even Harvard can afford to subscribe to every academic journal. For scientists at small institutions, lack of access to journals specific to one's narrow field can be painful. Individual articles can cost $30 to $50 each, which is paid out of personal or grant funds. The Boston Globe profiles a start-up that is piloting an 'iTunes' model with Nature Publishing Group and the University of Utah. In the pilot program, researchers pay nothing to download articles and their library foots a smaller bill for a la carte access from the publisher."
First time accepted submitter drichan writes "Those of us who watched the live feed of last night's Falcon 9 launch could be forgiven for assuming that everything went according to plan. All the reports that came through over the audio were heavy on the word "nominal," and the craft successfully entered an orbit that has it on schedule to dock with the International Space Station on Wednesday. But over night, SpaceX released a slow-motion video of what they're calling an 'anomaly.'"
First time accepted submitter poofmeisterp writes "Felix Baumgarner's planned record jump from 120,000 feet has been delayed due to 'bad wind.' Humor aside, it's good that careful thought is going into this potentially record-setting public act. From the article: 'The Austrian - who described himself as "like a tiger in a cage waiting to get out" - was due to leap from his Red Bull Stratos space capsule today at a planned altitude of 36,576m (120,000ft) over the New Mexico desert. However, the weather has forced a 24-hour launch delay. In July, Baumgartner jumped from an altitude of 29,455m (96,640ft), hitting 586.92km/h (364.69mph) during the free fall part of his drop.'"
concealment writes "At the end of August this year, the US Department of Transport's National Highway Traffic Safety Administration (NHTSA) and the US Environmental Protection Agency (EPA) announced new standards to significantly improve the fuel economy of cars and light trucks by 2025. Last week, we took a look at a range of recent engine technologies that car companies have been deploying in aid of better fuel efficiency today. But what about the cars of tomorrow, or next week? What do Detroit, or Stuttgart, or Tokyo have waiting in the wings that will get to the Obama administration's target of 54.5 miles per gallon (mpg) by 2025?"
tomhath writes with this exerpt from a Reuters story: "The U.S. Supreme Court agreed Friday to hear an Indiana farmer's appeal that challenges the scope of Monsanto Co.'s patent rights on its Roundup Ready seeds. Mr. Bowman bought and planted 'commodity seeds' from a grain elevator. Those soybean seeds were a mix and included some that contained Monsanto's technology. The Supreme Court agreed to hear the case over the objections of the Obama administration, which had urged the justices to leave the lower court rulings in place."
SpaceX's first regular launch to the International Space Station is set to go off at 8:35 (Eastern time) Sunday evening; the first SpaceX launch to successfully reach the ISS was more of a test, though it did bring some goodies to the crew. Wired has a live video feed in place. Slashdot reader Lee Sheridan is in Florida for the launch; if you're one of the billion Facebook users, his photos of the mission briefing and Falcon 9 lift vehicle being lifted to vertical are public. The SpaceX twitter feed might be fun to watch, too. Update: 10/08 00:09 GMT by T : Bonus points for intelligent parsing of the acronym-laden communications on the live feed.
An anonymous reader writes "Modern Europeans may have interbred with Neanderthals as recently as 37,000 years ago, after modern humans with advanced stone tools expanded out of Africa, according to a new study. In an attempt to understand why the Neanderthals are more closely related to people from outside of Africa, researchers from Harvard and the Max Planck Institute estimated that while the last sex between Neanderthals and modern humans may have occurred 37,000 to 86,000 years ago, it is most likely that it occurred 47,000 to 65,000 years ago."
Hugh Pickens writes "Draining an infected abscess is a straightforward procedure on Earth but on a spaceship travelling to the moon or Mars, it could kill everyone on board. Now Rebecca Rosen writes that if humans are to one day go to Mars, one logistical hurdle that will need to be overcome is what to do if one of the crew members has a medical emergency and needs surgery. 'Based on statistical probability, there is a high likelihood of trauma or a medical emergency on a deep space mission,' says Carnegie Mellon professor James Antaki. It's not just a matter of whether you'll have the expertise on board to carry out such a task: Surgery in zero gravity presents its own set of potentially deadly complications because in zero gravity, blood and bodily fluids will not just stay put, in the body where they belong but could contaminate the entire cabin, threatening everybody on board. This week, NASA is testing a device known as the Aqueous Immersion Surgical System (AISS) that could possibly make space surgery possible. Designed by researchers at Carnegie Mellon and the University of Louisville, AISS is a domed box that can fit over a wound. When filled with a sterile saline solution, a water-tight seal is created that prevents fluids from escaping. It can also be used to collect blood for possible reuse."
Ars Technica reports that The Oatmeal's successful fund-raiser has borne fruit; on Friday the non-profit to which Oatmeal founder Matthew Inman's Indiegogo campaign's money was directed completed part of its goal to purchase and turn into a museum Nikola Tesla's former estate Wardenclyffe. There's plenty of work before the land can be a proper museum, but now it is in the hands of the non-profit organization Tesla Science Center at Wardenclyffe.
SpaceX's Dragon capsule, loaded with food and scientific gear, is scheduled to launch toward the ISS tomorrow evening (with backup launch slots on each of the following two days). There's a last-minute wrinkle, though: Space.com managing editor Tariq Malik reports that a piece of space debris "will pass near enough to the space station on Monday morning (Oct. 8) to require an avoidance maneuver as a safety precaution, NASA space station program manager Mike Suffredini said in a briefing [Saturday]." Tomorrow's planned flight is to be the first under a $1.6 billion contract with NASA that calls for a dozen resupply flights by SpaceX, essential in the post-shuttle era."
First time accepted submitter badford writes "Representative Paul Broun (Georgia Republican) said that evolution, embryology and the Big Bang theory are 'lies straight from the pit of hell' meant to convince people that they do not need a savior. It would not be quite as shocking if Broun did not sit on the House Committee on Science, Space and Technology. What impact could this have on policy? What impact could this have on STEM education not just in Georgia but all over the U.S.?"
RocketAcademy writes "While all eyes were focused on SpaceX, which is preparing for another launch to the International Space Station, Virgin Galactic quietly put out a press release. Virgin Galactic has acquired full ownership of The SpaceShip Company, which will build production versions of SpaceShip Two. Ownership was previously shared with Scaled Composites, which built SpaceShip One and is building the SpaceShip Two prototype. There have been rumors of strained relations between Virgin Galactic and Scaled Composites. This news, which was not announced until after the close of business Friday, raises some interesting questions about Virgin's relationship with Scaled and its plans for the future."
Penurious Penguin writes "On October 2, City Commissioners of Delray Beach finalized a policy which prohibits agencies from hiring employees who use tobacco products. Delray Beach isn't alone though; other Florida cities such as Hollywood and Hallandale Beach, require prospective employees to sign affidavits declaring themselves tobacco-free for 12 months prior to the date of application. Throughout the states, both government and businesses are moving to ban tobacco-use beyond working hours. Many medical facilities, e.g. hospitals, have implemented or intend to implement similar policies. In some more-aggressive environments referred to as nicotine-free, employee urine-samples can be taken and tested for any presence of nicotine, not excluding that from gum or patches. Employees testing positive can be terminated. Times do change, and adaptation is often a necessary burden. But have they changed so much that we'd now postpone the Manhattan project for 12 months because Oppenheimer had toked his pipe? Would we confine our vision to the Milky Way or snub the 1373 Cincinnati because Hubble smoked his? Would we shun relativity, or shelve the works of Tolkien because he and C. S. Lewis had done the same? If so, then where will it stop?"
cervesaebraciator writes "A new species of heterodontosaur, called Pegomastax, has been identified. Paul Sereno, a University of Chicago paleontologist, published a description of this species in a recent issue of ZooKeys. Although this diminutive (60 cm or less) species was herbivorous, it also possessed a set of sharp, stabbing canines in its parrot-shaped beak. Dr. Sereno holds that these canines where likely 'for nipping and defending themselves, not for eating meat.' Perhaps the most imaginatively intriguing aspect of all, the body of the Pegomastix might have been covered in porcupine-like quills, making for perhaps the least attractive dinosaur of all time. You can almost hear Dieter Stark screaming 'Helvetes jävlar!'"
derekmead writes "Billions worldwide still don't have access to proper sanitation, and those that do still require a ton of water and electricity to keep waste flowing. A French company is offering one solution: Use turd-eating worms to compost waste right at the source. Ecosphere Technologies has developed an outhouse that, rather than relying on chemicals like a port-a-john, relies on about a pound of red wiggler worms. A new installation in Quebec uses imported worms, placed inside of a mixture of dung and straw underneath to toilet, to devour feces delivered to them by a conveyor belt system. (When someone uses the toilet, pee filters through sand to wash away, while a pedal allows the user to transport their poo to the worm space.) The whole system uses no water or electricity, and a series of passive vents allegedly keeps the toilet smelling great. The company claims it can be used 10,000 times without servicing, which is far better than what a port-a-potty can boast, although with a current price tag of $40k for the worm system, port-a-potties are still a lot cheaper."
An anonymous reader tips a piece by Jason Torchinsky at Jalopnik, who attended the California Science Center's press conference about moving Space Shuttle Endeavour through Los Angeles to its final resting place. While he was there, he noticed that security for the event was focused less on the shuttle than on keeping the city itself safe. So, after a helpful LAPD officer suggested it would be impossible for a supervillain to make off with OV-105, Torchinsky went ahead and made a plan to do just that. All he needs is a submarine, a score of Sikorsky CH-53E heavy-lift helicopters, a salvaged and disguised Buran spaceplane, and the assistance of Switzerland.
cylonlover writes "Boeing has filed a patent application for a method of disposing of dead satellites and other debris orbiting the earth by hitting them with a puff of gas. The method, which is still at the conceptual stage, is designed to slow down satellites, forcing them to re-enter the atmosphere without sending up more space junk that itself will need disposing of. The idea is to send a small satellite into orbit containing a gas generator. This generator can be a tank of cryogenic gas, such as xenon or krypton, or a device designed to vaporize a heavy metal or some relatively heavy elements like fluorine, chlorine, bromine, or iodine. This gas would be released as a cloud in the same orbit as the debris, but traveling in the opposite direction." Clever of them to patent this, since knock-off space-junk removal systems are in such high demand.
Hugh Pickens writes "An article by Ross Andersen makes note of Freeman Dyson's prediction in 1960 that every civilization in the Universe eventually runs out of energy on its home planet, a major hurdle in a civilization's evolution. Dyson argued that all those who leap over it do so in precisely the same way: they build a massive collector of starlight, a shell of solar panels to surround their home star. Last month astronomers began a two-year search for Dyson Spheres, a search that will span the Milky Way, along with millions of other galaxies. The search is funded by a sizable grant from the Templeton Foundation, a philanthropic organization that funds research on the 'big questions' that face humanity, questions relating to 'human purpose and ultimate reality.' Compared with SETI, a search for Dyson Spheres assumes that the larger the civilization, the more energy it uses and the more heat it re-radiates. If Dyson Spheres exist, they promise to give off a very particular kind of heat signature, a signature that we should be able to see through our infrared telescopes. 'A Dyson Sphere would appear very bright in the mid-infrared,' says project leader Jason Wright. 'Just like your body, which is invisible in the dark, but shines brightly in mid-infrared goggles.' A civilization that built a Dyson Sphere would have to go to great lengths to avoid detection, building massive radiators that give off heat so cool it would be undetectable, a solution that would involve building a sphere that was a hundred times larger than necessary. 'If a civilization wants to hide, it's certainly possible to hide,' says Wright, 'but it requires massive amounts of deliberate engineering across an entire civilization.'"
ananyo writes "Japanese researchers have coaxed mouse stem cells into becoming viable eggs that produce healthy offspring. Last year, the same team successfully used mouse stem cells to make functional sperm (other groups have produced sperm cells in vitro). The researchers used a cocktail of growth factors to transform stem cells into egg precursors. When they added these egg precursor cells to embryonic ovary tissue that did not contain sex cells, the mixture spontaneously formed ovary-like structures, which they then grafted onto natural ovaries in female mice. After four weeks, the stem-cell-derived cells had matured into oocytes. The team removed the oocytes from the ovaries, fertilized them and transplanted the embryos into foster mothers. The offspring that were produced grew up to be fertile themselves."