Language translation is a notoriously difficult task for humans, let alone computers. But in trying to solve that problem Google has stumbled across a clever trick, that involves treating them like maps—and it really, really works.
First Nanotube Computer Constructed
Posted in: Today's Chili“Honey, I shrunk the kids” might be a statement from the world of science fiction, but in reality, we do seem to be making the move towards smaller and smaller devices. Computers have seen their processors shrink by leaps and bounds over the years, so much so that the smartphone in your hand could very well be a state of the art computer a decade or two back. Researchers at Stanford University unveiled on Wednesday what they claim to be the first working computer that was built entirely from carbon nanotube transistors.
Using seamless cylinders of ultrapure carbon, these are accompanied by a slew of other exotic materials researchers, allowing the researchers to further investigate the possibilities of smaller computers since electronics developers happen to be arriving at the theoretical limits of conventional silicon transistors. Of course, this particular invention is still primitive in nature, but it does show the possibility of transistors that are made using such unusual carbon fibers, all fitted into a general purpose computer.
Stanford University electrical engineer Max Shulaker, said, “It really is a computer in every sense of the word. This shows that you can build working, useful circuits out of carbon nanotubes and they can be manufactured reliably.”
First Nanotube Computer Constructed original content from Ubergizmo.
Remember back in high school biology class when you had to sketch the structure of a cell? Chromosomes were always fun because you know they’d be these smooth X’s stuffed with DNA. Well, I hate to break it to you, but science doesn’t actually work like that.
The latest science news out of Harvard and MIT sounds like a joke, but it’s not. A team of physicists were fooling around with photons when they managed to get the particles to clump together to form a molecule, one that’s unlike any other matter. And it behaves, they say, just like a lightsaber.
Have you ever had a roommate who saves plastic grocery bags just in case they ever have the need to reuse the dang things? Like, hundreds of plastic grocery bags? Well, thanks to some Australian engineers, those extra bags can not only have a purpose, they can become technology of the future.
What do you do with an abandoned nuclear reactor? If you’re a former NASA scientist, you simply repurpose it into a state of the art audio lab! It’s the perfect place to visit if you want to hear your own heart beating or even test the sound absorbency of your cat.
App catalogs are flush with titles that allow users to play doctor, but according to the FDA, most of them are harmless and don’t warrant regulatory oversight. Instead, the agency has announced that it’ll take a more reactive, risk-based approach and will only require approval for mobile apps that “present a greater risk to patients if they do not work as intended.” Specifically, the FDA will scrutinize apps that perform the functions of regulated medical devices — such as an ECG monitor — along with those that are used as accessories to regulated medical equipment. As a telling statistic, only 100 mobile apps have received FDA clearance within the past decade, so imagine what would happen to the agency’s workload if it tried to exercise control over the Apple App Store and Google Play Store combined.
Filed under: Science, Software
Via: The New York Times
Source: FDA
Research suggests the moon is tens of millions of years younger than previously believed
Posted in: Today's ChiliNew research has been published that suggests the moon is massively younger than scientists previously believed. The new research suggests that the moon is between 4.4 billion and 4.45 billion years old. That finding makes it tens of millions of years younger than previously believed. Scientists say that this finding could reshape the way science […]
If this entire planet, solar system and galaxy just doesn’t hold enough excitement for you, be prepared to pick up some speed—because scientists have worked out that you need to be travelling at a staggering 1.2 million mph to exit the Milky Way.