Medicine & TechnologyWith the first weekend out on the streets many Apple users are testing the metal of the new Apple Watch. They’re exploring the apps, testing the user-friendly interface and even keeping an eye out to see just how calibrated and accurate the watch function is. But at more than $350 a pop for even the cheapest of sport models, you know one thing that we didn’t expect to see? Anyone blending an Apple Watch, that’s for sure.
For several years now researchers have come to find a perplexing missing amount of carbon dioxide in their data. Models have repeatedly missed the mark, and though researchers don’t exactly know where all of the carbon emissions are coming from and where they are going, many assumed that the answer had to lie in the ‘sink’ of the world’s oceans. But now researchers at the Imperial College London are finding that perhaps the rise in atmospheric carbon dioxide has something to do with forests—or rather, what humans leave behind.
While they may make great loofas, in the coral communities of the Caribbean reefs sponges are a greater threat than perhaps even humans. Aggressive competitors for resources and space, these nefarious neighbors have been known to use shading, smothering, snot and even toxins to kill their coral counterparts, literally living on what’s left of their remains. And without many natural predators, these sponges continue to damage reef-building corals unless kept under control.
Though it may be hard to imagine life abounding in the frigid tundra that is Earth’s Antarctica, that doesn’t mean that life cannot exist there. Recent studies looking into the develop and sustainability of life in the frozen wasteland has developed promising results in showing that life may too exist on other exoplanets or exomoons further out in space that may share a similarly cold surface. But in a new study published this week in the journal Nature Communications, researchers with the University of Tennessee Knoxville have discovered a series of underground lakes that could harbor life—pointing ever-more towards the possibility of life far off from what humans can withstand.
In the world of dinosaurs, not everything was as it seems. The most advantageous appendages may have just been for show-and-tell, to ward off unassuming predators, and some of the most evolutionarily superb tricks may never be revealed in the fossils we find today. And with the endless wonder of discovering an entirely unique world, unlike our own, paleontologists, like children, keep learning in the hopes of one day adding their own discovery into the dialogue. The only difference is that one of these differences was recently discovered in a new species of dinosaur related to the Tyrannosaurus rex, but this discovery really was made by a child—seven-year-old Diego Suárez.
For bees jonesing for their next fix, fate could be a little messy with their newest addictions. In a new study published this week in the journal Nature, researchers conducted experiments to find out just how new pesticides are affecting bee foraging behavior. And what they found is that humans aren’t the only ones addicted to small bits of nicotine—bees crave it too.
After more than a year in Santa Monica Mountains a young puma known as “P-32” has decided to leave its nest in search of its sister and safer terrain. Only weeks after his sister made the trip across the 101 Freeway, the young male dashed across the Freeway near Thousand Oaks retreating into the Simi Hills earlier this month and now researchers with the National Park Service believe that “P-32” will have a better shot at a normal life out of the Santa Monica Mountains.
A potent new drug has hit the city streets nationwide and medical officials are finding that the backlash is anything but sugary sweet. The new street drug, popularly known as “Spice”, are synthetic substances mimicking the effects of marijuana but with far more lethal consequences. As police officers nationwide are cracking down and finding more of the synthetic “Spice” on the streets, medical officials and health agencies are also seeing an increase in life-threatening cases involving the drug, and they think that this Spring could be the apex of the killer drug.
According to a new study published this week in the journal Stroke, researchers found the first link directly correlating changes in brain volume to exposure to air pollution, and during the 10-year monitoring period found that brains exposed to areas of dense air pollution were smaller leading to poorer cognitive function—poorer thinking and memory problems just being the start.
Taking a systems biological approach to the study of cancers, many researchers have come to find that there is an intimate intermingling between cancerous tumors and the metabolic rate at which your body processes sugars. As exponentially, growing highly-metabolic cells, cancers require a lot of energy to regenerate, so could starving your cells more often help you avoid cancer altogether? Preliminary studies seem to suggest so.
It’s no real big secret that researchers still don’t know much about what lies deep within the ocean’s unreachable depths. And thus it is ever evident that marine ecologists also do not known a lot about life at the lower depths. But with a new study published this week in the journal Current Biology, researchers now reveal that even the creatures they have found and studied in detail may house some strange secrets of the vast oceans, as well.
When it comes to films and and the entertainment industry, few other companies in Tinsel Town can quite compare to Disney. But there’s a reason for the company’s great success—it doesn’t usually rely on actors, which can prove to be an added hitch in the process of film-making. But for the off-chance that they need to rely on working with live-action filming, or even the adaptation of one of its many international divisions’ hit films or television shows, Disney has devised a way around the problems of a flubbed line or a poorly dubbed film or two.
With the death of three endangered sperm whales last week, the news this week surrounding conservation efforts has been rather bleak. But with the snap of a flash and a near-perfect picture moment, researchers in the Congo’s newest national park are turning the tide. And the announcement of a long-lost species comes with even better news—it appears that there’s a baby on-board too for the field researchers’ record-breaking findings.
Combining the appeal of custom-made products and the concept of integrative technology, allowing consumers to interact with what they’re wearing or what their using, Disney’s Research Program is invested in finding a new method of melding the two in a soft, yet viable form—and they’re using a 3D printer to get the job done.
In a new collaborative study between researchers with Carnegie Mellon University and Cornell University, Disney is taking the next step of endeavoring into the industry of 3D printing—and they’re planning to land with a soft fall.