Over five years ago, scientists succeeded in teleporting information. Unfortunately, the advance failed to bring us any closer to the Star Trek future we all dream of. Now, researchers in Japan have used the same principles to prove that energy can be teleported in the same fashion as information. Rather than just hastening the dawn of quantum computing, this development could lead to practical, significant changes in energy distribution.
Over 70 years ago, scientists invented aerogel, the least dense solid known to man, and an insulator four times more efficient than fiberglass or foam. Famously, according to Dr. Peter Tsou of NASA's Jet Propulsion Laboratory, "you could take a two- or three-bedroom house, insulate it with aerogel, and you could heat the house with a candle. But eventually the house would become too hot."
Unfortunately, aerogels remained so expensive and unwieldy that only NASA used them with any regularity. However, thanks to recent production advances, aerogel insulation is now available and affordable for consumer purchase.
In a study that challenges the diagnosis of vegetative state, doctors found that the brain of a seemingly unconscious, vegetative man responded to yes-or-no questions in the same fashion as an alert, conscious person. This discovery not only complicates the medical definition of consciousness, but seems to call into question centuries of philosophy dealing with the nature of life and the self.
Diamond may remain the preferred material for wedding rings, Lil' Wayne's birthday gifts, and Damien Hirst sculptures, but it looks like girls' best friend will have to relinquish its title as the hardest natural substance known. The new title holder: mysterious carbon compounds found in a Finnish meteorite.
As if aerial robots and bionic limbs didn't make the Army seem futuristic enough, it looks like another hallmark of sci-fi, X-ray vision, will ship off to Afghanistan later this year. The device in question is the TiaLinx Eagle Scanner, which uses radio waves to see through the ground, walls, and other kinds of cover.
In 1922, Canadian scientists isolated insulin for the first time. Now, over 80 years later, our neighbors to the north are helping diabetics again by devising the cheapest way yet to produce insulin. This advance could significantly reduce the expense of treating the disease, which currently costs the US $132 billion dollars a year.
Unlike antibiotics, which kill many different types of bacteria, antiviral drugs for the most part need to target individual, specific viruses. A drug that attacks a multitude of viruses -- an antibiotic for viruses, effectively -- would be a significant boon for medicine. And a group of researchers led by UCLA scientists just may have discovered exactly that.
While the English use their UAVs to covertly spy on their own citizens, the Scots have leveraged the technology for a much greater social good: helping them beat the snot out of those southern wankers on the rugby pitch.