WeCU Technologies is building a mind-reading scanner that can tell if a given traveler is a potential danger - without the subject's knowledge. WeCU Technologies (pronounced "we see you") is creating a system that would essentially turn the public spaces in airports into vast screening grounds:.
"The system ... projects images onto airport screens, such as symbols associated with a certain terrorist group or some other image only a would-be terrorist would recognize, company CEO Ehud Givon said.
"The logic is that people can't help reacting, even if only subtly, to familiar images that suddenly appear in unfamiliar places. If you strolled through an airport and saw a picture of your mother, Givon explained, you couldn't help but respond.
Science & Technology
© Deutsche Welle
An artists depiction of an asteroid impacting the Earth.
An artists depiction of an asteroid impacting the Earth.
There is a growing consensus among the global scientific community that the planet is under threat. The danger they warn of is by no means a new one; in fact it is the same one that many hypothesize led to the extinction of the dinosaurs approximately 65 million years ago - asteroids.
Every year more of these clusters of metal, ice, and rock hurtling through space are observed by astronomers. From its operations center in Darmstadt, the European Space Agency (ESA) is deeply involved in researching asteroids and has been cooking up a cosmic caper to pay one a visit for the better part of a decade. But why all the fuss?
According to US space agency NASA, the Solar System is host to more than one million of these so-called Near Earth Objects (NEOs), a term that includes comets and asteroids, that are greater than 40 meters in diameter, considered the threshold size for them to penetrate the Earth's atmosphere. NASA is also tracking more than 1,100 asteroids at least two kilometers in diameter.
© PLoS ONE
This set of scientific fields show the major shifts in the last decade of science. Each significance clustering for the citation networks in years 2001, 2003, 2005 and 2007 occupies a column in the diagram and is horizontally connected to preceding and succeeding significance clusterings by stream fields. Each block in a column represents a field and the height of the block reflects citation flow through the field. The fields are ordered from bottom to top by their size with mutually nonsignificant fields placed together and separated by half the standard spacing. We use a darker color to indicate the significant subset of each cluster. All journals that are clustered in the field of neuroscience in year 2007 are colored to highlight the fusion and formation of neuroscience.
This set of scientific fields show the major shifts in the last decade of science. Each significance clustering for the citation networks in years 2001, 2003, 2005 and 2007 occupies a column in the diagram and is horizontally connected to preceding and succeeding significance clusterings by stream fields. Each block in a column represents a field and the height of the block reflects citation flow through the field. The fields are ordered from bottom to top by their size with mutually nonsignificant fields placed together and separated by half the standard spacing. We use a darker color to indicate the significant subset of each cluster. All journals that are clustered in the field of neuroscience in year 2007 are colored to highlight the fusion and formation of neuroscience.
Using new mathematical tools, the authors have revealed major shifts in the structure of scientific research in order to uncover structural changes in large, interconnected systems. To illustrate the power of their methods, the researchers mapped changes in the field of neuroscience and were able to track how the field evolved from an interdisciplinary specialty to a full fledged scholarly discipline.
© Barb Backes, Biodesign Institute at ASU
Qiang "Shawn" Chen and lead author Huafang "Lily" Lai arrested West Nile virus infection with a new therapeutic manufactured from tobacco plants.
Qiang "Shawn" Chen and lead author Huafang "Lily" Lai arrested West Nile virus infection with a new therapeutic manufactured from tobacco plants.
Chen, a researcher at Arizona State University's Biodesign Institute and professor in the PolyTechnic Campus' College of Technology and Innovation, is the first to demonstrate a plant-derived treatment to successfully combat West Nile virus after exposure and infection. The research appears in this week's issue of the Proceedings of the National Academy of Sciences (advanced online edition).
There are currently no available vaccines against West Nile, nor effective therapeutics for human use, so the current findings are a considerable advancement and may offer the best hope thus far that the West Nile virus infection can be stopped, even several days after viral infection.
The brains of people under anesthesia respond to stimuli as they do in the deepest part of sleep -- lending credence to a developing theory of consciousness and suggesting a new method to assess loss of consciousness in conditions such as coma.
Scientists at the University of Wisconsin School of Medicine and Public Health, led by brain researcher Fabio Ferrarelli, reported their findings in this week's edition of the Proceedings of the National Academy of Science.
The group gave the anesthetic midazolam, commonly used at lower doses in "conscious sedation" procedures such as colonoscopies, to volunteers.
Scientists at the University of Wisconsin School of Medicine and Public Health, led by brain researcher Fabio Ferrarelli, reported their findings in this week's edition of the Proceedings of the National Academy of Science.
The group gave the anesthetic midazolam, commonly used at lower doses in "conscious sedation" procedures such as colonoscopies, to volunteers.
Most people know that exercise protects against heart attack and stroke, but researchers have spent 30 years unraveling the biochemistry behind the idea. One answer first offered by researchers at the University of Rochester Medical Center is that athletic hearts push blood through arteries with greater force, which alone triggers reactions that protect against dangerous clogs in blood vessels.
In the latest study out of Rochester, published recently in the journal Blood, researchers demonstrated that they are very close to understanding every step in one flow-sensitive chain reaction that protects arteries. Each step provides an opportunity to mimic with drugs the proven ability of fast, steady blood flow to open up blood vessels and avert the inflammation and blood clots that come with atherosclerosis.
Past research at the Medical Center and elsewhere had determined that two genes, Krüppel-like factor 2 (KLF2) and endothelial nitric oxide synthase (eNOS), are turned on by blood flow force to reverse atherosclerosis, but not how. The current study found for the first time that flow causes a structural change in the enzyme histone deacetylase 5 (HDAC5), which in turn influences whether the two key genes are turned on.
In the latest study out of Rochester, published recently in the journal Blood, researchers demonstrated that they are very close to understanding every step in one flow-sensitive chain reaction that protects arteries. Each step provides an opportunity to mimic with drugs the proven ability of fast, steady blood flow to open up blood vessels and avert the inflammation and blood clots that come with atherosclerosis.
Past research at the Medical Center and elsewhere had determined that two genes, Krüppel-like factor 2 (KLF2) and endothelial nitric oxide synthase (eNOS), are turned on by blood flow force to reverse atherosclerosis, but not how. The current study found for the first time that flow causes a structural change in the enzyme histone deacetylase 5 (HDAC5), which in turn influences whether the two key genes are turned on.
© David Baccadutre/New Mexico Museum of Natural History and Science
The skull of the holotype specimen (NMMNH P-27469) of Bistahieversor sealeyi on display in the Cretaceous Seacoast exhibit at the New Mexico Museum of Natural History and Science.
The skull of the holotype specimen (NMMNH P-27469) of Bistahieversor sealeyi on display in the Cretaceous Seacoast exhibit at the New Mexico Museum of Natural History and Science.
Bistahieversor sealeyi (pronounced: bistah-he-ee-versor see-lee-eye) is a new species of tyrannosaur discovered in the Bisti/De-na-zin Wilderness of New Mexico. Tyrannosaurs include the famous meat-eating dinosaurs like T. rex, with their characteristic body and skull shape and their mouthful of ferocious teeth that make them easy for paleontologists and kids to recognize.
The skull and skeleton of Bistahieversor were collected in the first paleontological excavation from a federal wilderness area, and the specimen was airlifted from the badlands by a helicopter operated by the Air Wing of the New Mexico Army National Guard. "Bistahieversor sealeyi is the first valid new genus and species of tyrannosaur to be named from western North America in over 30 years," says Williamson.
© Reuters
Astronaut Buzz Aldrin during the Apollo 11 lunar mission in 1969. Nasa's hopes to return people to the moon by 2020 are likely to be scuppered in Barack Obama's budget.
Astronaut Buzz Aldrin during the Apollo 11 lunar mission in 1969. Nasa's hopes to return people to the moon by 2020 are likely to be scuppered in Barack Obama's budget.
Nasa's plans to send a manned mission to the moon and launch the US into a bold new era of space exploration are likely to remain on the ground today when Barack Obama unveils his budget.
The president wants to cut back or abandon 120 government programmes to help rein in the US deficit - among them the funding of the US space administration - as part of the $3.8tn (£2.4tn) budget.
According to the Washington Post, Obama will seek to shelve the $81bn Constellation programme, which called for a return to the moon by 2020 and human landings on Mars by the middle of the century. The plans were laid out by his predecessor, George Bush, in 2004.
© Associated Press, Ben Curtis, Pool, File
In this Sunday, Nov. 4, 2007 file photo, Egypt's antiquities chief Dr. Zahi Hawass, center, supervises the removal of King Tut from his stone sarcophagus in his underground tomb in the famed Valley of the Kings in Luxor, Egypt.
In this Sunday, Nov. 4, 2007 file photo, Egypt's antiquities chief Dr. Zahi Hawass, center, supervises the removal of King Tut from his stone sarcophagus in his underground tomb in the famed Valley of the Kings in Luxor, Egypt.
Speaking at a conference, archaeology chief Zahi Hawass said he would announce the results of the DNA tests and the CAT scans on Feb. 17. The results will be compared to those made of King Amenhotep III, who may have been Tutankamun's grandfather.
The effort is part of a wider program to check the DNA of hundreds of mummies to determine their identities and family relations. The program could help determine Tutankhamun's family lineage, which has long been a source of mystery.
The identity of Tut's parents is not firmly known. Many experts believe he is the son of Akhenaten, the 18th Dynasty pharaoh who tried to introduce monotheism to ancient Egypt almost 3,500 years ago, and one of Akhenaten's queens, Kiya. But others have suggested he was the son of a lesser known pharaoh who followed Akhenaten.
Tutankhamun was one of the last kings of Egypt's 18th Dynasty and ruled during a crucial, turmoil-filled period when Akhenaten's monotheism was ended and powers were returned to the priests of ancient Egypt's multiple deities.
Friday's night's full Moon was the biggest and brightest of 2010. "It certainly made an impression on me," says Martin McKenna of Maghera, Northern Ireland, "and not only because of its beauty in the sky. I decided to aim my camera at the ground for a different angle on the event." He snapped this picture using a Fujifilm S5600:
"When the Moon emerged from behind a passing cloud, the land was transformed into an intense white spectacle, which got an instant 'wow' from me," he continued. "It looked like a giant spotlight was beaming down on Earth with an indescribable brilliance. These two images were taken between 02.00 and 02.30 UT and show with considerable accuracy how the landscape appeared to the naked eye."
In Tucson, Arizona, where Pete Strasser regularly monitors the luminance of the Moon, Strasser says "this was the brightest full Moon I have measured, registering 0.040 foot-candles on my meter. All colors were readily visible to the naked eye."
© Martin McKenna - Maghera, Northern Ireland
© Martin McKenna - Maghera, Northern Ireland
