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Hugh Pickens writes "Science Daily reports findings from a new study which suggest that infants begin picking up elements of what will be their first language in the womb, long before their first babble or coo, and are able to memorize sounds from the external world by the last trimester of pregnancy, with a particular sensitivity to melody contour in both music and language. Newborns prefer their mother's voice over other voices and perceive the emotional content of messages conveyed via intonation contours in maternal speech (a.k.a. 'motherese'). 'The dramatic finding of this study is that not only are human neonates capable of producing different cry melodies, but they prefer to produce those melody patterns that are typical for the ambient language they have heard during their fetal life, within the last trimester of gestation,' said Kathleen Wermke of the University of Würzburg in Germany. Wermke's team recorded and analyzed the cries of 60 healthy newborns, 30 born into French-speaking families and 30 born into German-speaking families, when they were three to five days old. The recordings of 2,500 cries as mothers changed babies' diapers, readied babies for feeding or otherwise interacted with the youngsters show an extremely early impact of native language, with analysis revealing clear differences in the shape of the newborns' cry melodies, based on their mother tongue."

AMESN writes "The Fermi Gamma-ray Space Telescope, launched last year, detects gamma rays from light years away, but recently it detected gamma rays from lightning on Earth. And the energy of the gamma rays is specific to the decay of positrons, which are the antimatter flavor of electrons. Finding antimatter in lightning surprised researchers and suggests the electric field of the lightning somehow got reversed."

Greg George writes "Researchers at Emory University and Georgia Institute of Technology have announced that they have found an enzyme that helps nerves to grow in areas damaged after trauma. In typical injuries, scar tissue forms around the damage point and the body removes the tissue so that new muscle and nerves can regrow in the damaged area. In spinal cord injuries, scar tissue forms and that is the end of the story. Special chemicals form that stop the body's cells from moving in and removing the scar tissue and then allowing the healing process to start. Studies have been done attempting to bypass the scar tissue, but none has been successful in large-scale repair of injured muscle and nerves in the spinal column. The researchers for this paper have found that sugar proteins near the damage point stop the healing and that an enzyme can be used to break down these proteins so that the body can then begin repairs. The enzyme, chondroitinase ABC (chABC), is sensitive to heat, and breaks down quickly in a human body. To stop that process they found that by replacing the ABC with another sugar called trehalose, they were able to stabilize the ABC, allowing it to break down scar tissue over a large area. The gel formed by these sugars is stable for up to six weeks in the bodies of test animals, allowing the research team to inject growth factors that increased the healing, to the point that the animals started to use their limbs again. The work is still in the beginning stages." Reuters reporting adds a few more details: "...many other approaches will be needed to repair spinal cord injuries in humans, including controlling inflammation, which can cause additional injury, stimulating nerve fiber growth, and getting nerves to reconnect and communicate with the brain."

CWmike writes "The US Centers for Disease Control and Prevention launched an effort this week to better and more easily track for H1N1 and other seasonal influenza activity throughout the US. The CDC said it is now tracking data on 14 million patients from physician practices and hospitals stored on a database hosted by GE Healthcare. The data is submitted daily from physicians' offices and hospitals that use GE's electronic medical record system. The data is then uploaded to GE Healthcare's Medical Quality Improvement Consortium, a database repository designed with HIPAA-compliance parameters of patient anonymity and best practices, where it can be the subject of medical data queries. The CDC can perform queries to look for flu-like symptoms being reported by physicians, and then disseminate the data for health care providers and local government officials throughout the country, who can alert businesses and others about flu outbreak hot spots. The CDC also hopes its analysis of the data helps it better understand the characteristics of H1N1 outbreaks and to determine who is most at risk for developing complications from the virus. Prior to implementing the new system, the CDC relied heavily on tracking insurance claims data, which could take days or weeks to make its way to the agency's medical staff for analysis. The medical data is normalized so that, for example, reports of hypertension, HTN, and high blood pressure all mean the same thing when a researcher enters a query against the data."

Hugh Pickens writes "Evidence that the smell of fear is real was uncovered by US scientists last year who studied the underarm secretions of 20 terrified novice skydivers and found that people appear to respond unconsciously to the sweat smell of a frightened person. Now the Telegraph reports that researchers hope a 'fear detector' will make it possible to identify individuals at check points who are up to no good. 'The challenge lies in the characterization and identification of the specific chemical that gives away the signature of human fear, especially the fear in relation to criminal acts,' says Professor Tong Tun at City University London, who leads the team developing security sensor systems that can detect the human fear pheromone. The project will look at potential obstacles to the device, such as the effects of perfume and the variances in pheromone production and if the initial 18-month feasibility study is successful, the first detectors could be developed in the next two to three years. 'I do not see any particular reason why similar sensor techniques cannot be expanded to identify human smells by race, age or gender to build a profile of a criminal during or after an incident,' Tong added."

TechRev_AL writes "A team from the University of Washington has attached an RFID chip capable of sensing neural activity to a live moth, to pick up the spikes that occur as it beats its wings. Most neural implants are still relatively bulky, but the Washington researchers wanted to show the components in an RFID could be adapted for the same purpose. The NeuralWISP chip is a collection of low-power components such as a specialized signal amplifier, on a circuit board just over two centimeters long. The circuitry converts usable power from the reader — roughly 430 microwatts — to a voltage that can turn on a microcontroller. The sensor is also configured to 'wake up' only when a neuron fires. The ultimate goal is to create more compact, wirelessly-powered brain and nervous system implants for people."

Philip K Dickhead writes "Is Douglas Adams scripting the saga of sorrows facing the LHC? These time-traveling Higgs-Boson particles certainly exhibit the sign of his absurd sense of humor! Perhaps it is the Universe itself, conspiring against the revelations intimated by the operation of CERN's Large Hadron Collider? This time, it is not falling cranes, cracked magnets, liquid helium leaks or even links to Al Qaeda, that have halted man's efforts to understand the meaning of life, the universe and everything. It now appears that the collider is hindered from an initial firing by a baguette, dropped by a passing bird: 'The bird dropped some bread on a section of outdoor machinery, eventually leading to significant overheating in parts of the accelerator. The LHC was not operational at the time of the incident, but the spike produced so much heat that had the beam been on, automatic failsafes would have shut down the machine.'"

Matt_dk writes "Just one week after the first test launch of the Ares I-X rocket, NASA says it may decide to cancel a follow-up launch called Ares 1-Y, which wasn't scheduled until 2014. Reportedly, program managers recommended dropping the flight because, currently, there isn't funding to get an upper stage engine ready in time. Depending on whether the Obama administration decides to continue the Ares I program, this decision may be moot. Earlier this week Sen. Bill Nelson said Obama may make a decision on NASA's future path, based on the report by the Augustine Commission, by the end of November."

Bucc5062 writes "LaserMotive has achieved the first step towards the creation of a working space elevator by qualifying for the $900,000 prize in a contest sponsored by NASA. To achieve this first level, LaserMotive needed to propel a platform up a cable dangling from a helicopter at over 2 m/s. They hit a top speed of 4.13 m/s. The next level of qualification will be to achieve a climb speed greater then 5 m/s. LaserMotive beamed roughly 400 watts of laser power to a moving target at a distance of 1 kilometer, as part of the vertical laser alignment procedure. The target was a retro-reflective board a little larger than 1 meter on a side. The contest will continue for another two days with at least two other teams challenging for the prize. To win the Power Beaming competition, the LaserMotive system uses a high-power laser array to shine ultra-intense infrared light onto high-efficiency solar cells, converting the light into electric power which then drives a motor. 'Our system will track the vehicle as it climbs, compensating for motion due to wind and other changes. Building on our experience from last year’s competition, we are designing an improved system able to capture the full $2,000,000 prize.'"

MikeChino writes "How many times have you bit into a piece of fruit only to find that you're also chomping on a sticker label? The small sticky labels have long been the bane of waste-conscious fruit and vegetable eaters, but that might all change thanks to new technology that uses a low-energy carbon dioxide laser beam to etch information directly onto produce. No more peeling those annoying labels! So far the technology is being used on a number of fruits and vegetables in New Zealand, Australia, and Pacific Rim countries, and it's currently going through the final stages of review by the FDA. Once the technology is approved in the US, researchers from the University of Florida and the USDA Agricultural Research Service hope that it will be used in Florida's massive grapefruit industry."