World's largest computing grid lives to go live
[Via China View]
As fantastical as NFC and contactless applications are, they're still relatively unknown in the grand scheme of things here on this side of the drink. Thankfully, AIRTAG is stepping up in hopes of giving us Earthlings (and by that, we mean North Americans) a few more options. The conceitedly-named AIRTAG KIT is hailed as an "NFC development kit for end-users, professionals and developers" that will enable them to "program tags to NFC standards, to communicate with all NFC mobile phones and to develop secured applications compliant with the industry standards." It's still hard to say how many devs will shell out €249 ($344) for the privilege of expanding the protocol, but at least it's out there for those who get curious.
The folks at BIOTRONIK have been trying to make medical implants behave a little more like cellphones for some time now, and it looks like they're still keeping at it, with the EU recently green-lighting its latest home monitoring system that lets physicians keep tab on patients at home. As with its other systems, this one relies on the GSM network to send vital information to the patient's physician (with a base station acting as a go-between), but it now boasts an "intelligent traffic light system" that promises to let physicians quickly monitor the status of a number of different patients, and even customize the alerts via the web if they like. The system also promises to work with a whole range of different implants, including pacemakers, implantable cardioverter defibrillators, and cardiac resynchronization therapy devices, and the company expects it to be widely available in early 2009, though a lucky few will be able to start using it this month.
The quest for the ultimate artificial nose is still underway, and thanks to a major breakthrough by the folks over at MIT, it might be sooner than later that we're all unwrapping stylish sniffers under the Christmas tree. More importantly, the fruits of MIT's RealNose project could replace drug and explosive-sniffing dogs as well as detect certain medical conditions via the odors emitted. Up to now, the tricky part of studying the sense of smell has been in isolating proteins (olfactory receptors) to get a good look at how they work. But in this latest development, researchers are now able to produce specific receptors using wheat germ. Engineered mammalian cells can be used to the same effect. What makes this so great is, while the human nose is relatively limited in what it can detect, this discovery could unlock the potential to detect an almost infinite range of odors. G.I. Joe with "action nose" here we come.












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