• 'Dinner's on me!': Gordon Ramsay celebrates his twins' A-level results 

    'Dinner's on me!': Gordon Ramsay celebrates his twins' A-level results 

  • Remains found in New Mexico desert tunnel are missing boy

    SANTA FE, N.M. (AP) - Forensic investigators said Thursday they identified the remains of a Georgia boy whose father is accused of abducting him and performing purification rituals on the child as he died at a remote New Mexico desert compound. The cause of the child's death remained unknown.

  • Britney Spears ordered to fork over $100K to Kevin Federline for child support

    A court has ordered the star to pay Federline, her husband from 2004 to 2006, $100,000 in their ongoing child support case over their sons, 12-year-old Sean Preston, and Jayden James, 11.

  • Lazy Malamute refuses to budge for walk time

    This stubborn Alaskan Malamute has made it very clear that now is NOT the time for a walk. Too funny!

  • Forget curing cancer: Scientists have discovered the perfect way to break spaghetti

    With all the incredible medical and technological advancements coming out of the scientific community these days you might not think that researchers would be spending time studying spaghetti, but you'd be wrong. In a new paper published in Proceedings of the National Academy of Sciences, MIT scientists explain how to correctly break strands of the stringy pasta in half. If you've ever made spaghetti you'll be very familiar with this particular problem: Dry spaghetti strands don't fit perfectly in most stovetop pots. You can either drop them in at full length and let them hang over the edge as the bottom half goes soft to snap them in half, in which case you'll end up with a bunch of smaller pasta chunks and a metric ton of tiny spaghetti fragments that aren't good for much of anything. Not wanting to pass up the opportunity to solve a problem, a duo of MIT researchers decided to test the mechanics that leads to dry spaghetti strands busting up into a million tiny chunks rather than two uniform halves. What they discovered is an issue that plagues many long, thin objects, and they've even come up with a solution. "A well-known problem with direct implications for the fracture behavior of elongated brittle objects, such as vaulting poles or long fibers, goes back to the famous physicist Richard Feynman who observed that dry spaghetti almost always breaks into three or more pieces when exposed to large bending stresses," the researchers write. The fix? Add a twist to the pasta as you bend it. A twisting motion of approximately 270 degrees seems to be the sweet spot. This helps to control the stress on the object and results in a much cleaner split. "Our experimental and theoretical results demonstrate that twisting enables remarkable fracture control by using the different propagation speeds of twist and bending waves," the team explains. This all might sound a little silly, but the research has implications far beyond your dinner plate. The neat thing about experiments like this is that the knowledge gained can be used for other applications, and the results of the experiments can now be used as a foundation for better understanding the fracturing habits of other, slightly more important objects than spaghetti.

  • Low-carb diet linked to elevated mortality risk: study

    Middle-aged people who get roughly half their daily calories from carbohydrates live several years longer on average than those with low-carb diets, researchers reported Friday. The findings, published in The Lancet, challenge a trend in Europe and North America toward so-called Paleo diets that shun carbohydrates in favour of animal protein and fat. For the study, under 40 percent of energy intake from carbohydrates qualifies as a low-carb regimen, though many such diets reduce the share to 20 percent or less.

  • This nearly 100-million-year-old beetle is preserved so well it practically looks alive

    Fossilized tree sap, called amber, is an absolutely amazing substance. It lasts for an incredibly long time, and it has yielded some of the most incredible fossil discoveries of our time. If you need more evidence that amber is a paleontologists' best friend, look no further than the new paper published today in Current Biology. The study reveals the discovery of an ancient beetle perfectly preserved in tree sap believed to be nearly 100 million years old. 100 million years. It's a length of time that is almost unfathomable, but there the amber sits with the unlucky beetle still stuck inside. Mother Nature sure is neat. Amazingly, the pristine beetle specimen isn't even the most exciting thing about the discovery. Near the beetle, inside the thick amber casing, are tiny pollen grains. The small specks are easy to overlook at first glance, but they're incredibly important for scientists. Scientists don't know all that much about the plants that covered the Earth 100 million years ago, and they know even less about the habits of the insects that pollinated them. This tiny beetle and its pollen payload are a fantastic window into the ancient world, and it's providing researchers with a much-needed marking post on the timeline of pollinating insects. It's long been believed that beetles like this one played a major role in pollinating non-flowering plants for millions of years, and likely preceded the emergence of flowering plants and the flying insects that still help pollinate them today. Catching an ancient beetle "red handed," so to speak, with collections of tiny pollen grains nearby is an incredible stroke of luck, and the fact that the beetle and pollen are so well preserved is just icing on the cake.