This is definately one of the most extreme and amazing places in our planet! Crystal Cave of Giants - Naica, Mexico
World is strange - and full of interesting things.
This is definately one of the most extreme and amazing places in our planet! This is puzzling in part because here on the surface of the Earth, the years since 2003 have been some of the hottest on record. But Josh Willis at NASA's Jet Propulsion Laboratory says the oceans are what really matter when it comes to global warming.
In fact, 80 percent to 90 percent of global warming involves heating up ocean waters. They hold much more heat than the atmosphere can. So Willis has been studying the ocean with a fleet of robotic instruments called the Argo system. The buoys can dive 3,000 feet down and measure ocean temperature. Since the system was fully deployed in 2003, it has recorded no warming of the global oceans.
Read more from NPR!Scientists at universities in Plymouth and Durham analysed data on all English league clubs since World War II and found home teams in red won more often.
Players in yellow or orange shirts had the worst record but performances away from home did not show any differences.
Researchers believe there could be a psychological boost in wearing red.
They said the crimson shade is often associated with male aggression and dominance.
Professor Robert Barton, from Durham University, said: "We see a couple of possible explanations.
"Firstly, over time supporters may have been subconsciously more attracted to a club wearing red, so the club has developed an increasing resource base within its community.
"Secondly, there may be a positive psychological boost from wearing red that is reflected on the field of play.
"Competing against a team in red could also impair performance."A team at the University of Edinburgh has developed a method of making the nanomagnets stronger, opening the way for their use in cancer treatment.
The bacteria-produced magnets are better than man-made versions because of their uniform size and shape, the Nature Nanotechnology study reported. It is hoped one day the magnets could be guided to tumour sites and then activated to destroy cancerous cells.
The bacteria take up iron from their surroundings and turn it into a string of magnetic particles. They use the chains of particles like a needle of a compass to orient themselves and search for oxygen-rich environments.
There has been a lot of interest in their potential application in medicine, but how useful they could be will depend on the strength of the magnets.
Scientists at Edinburgh University grew the bacteria in a mixture that contained more cobalt than iron. The addition of cobalt in the nanomagnets made them 36-45% stronger. This meant they stayed magnetised longer when taken out of a magnetic field.
Read more from BBC Science News