What is much closer is the new HD and internet connected guide software we spotted testing in Georgia. As the cabler celebrates passing 20 billion video on-demand views (PR after the break), it's bringing the internet and cloud technology behind its mobile apps back to the cable box to help organize it all. Dubbed Xcalibur, the new DVR setup pictured above is available to all new customers in the Augusta, GA area now and will roll out next year, assuming there are no worldwide calamities or product delays before then.
Wall Street Journal, Comcast Voices (1), (2)
Monitoring sleep patterns usually involves a hydra of sensors that keep track of brain activity, muscle movements and heart rates, but a startup called Nyx Devices has developed a new night shirt that can evaluate the quality of a user's slumber by analyzing only breathing patterns. The form-fitting Somnus Sleep Shirt is embedded with two sensors that keep track of a person's overnight breathing and transmit this information to a small data recorder, which slides into the lower corner of the nightie. When a user wakes up, he or she can upload their stats to Nyx's website, where they can generate more detailed analytics and log their caffeine and alcohol intake to find out how all those martini lunches affect their snoozing. Co-inventor Matt Bianchi, a sleep neurologist at Massachusetts General Hospital, thinks the Somnus could help patients suffering from insomnia, who often have difficulty determining how much shuteye they actually get. It's worth noting, though, that this exclusively respiratory approach is still considered experimental and Nyx still has to conduct a few at-home tests before bringing the shirt to market next year, hopefully for less than $100. Until then, we'll just keep tossing and turning in our Spider Man jammies. Stroll past the break for an appropriately soporific video. 
SETI's search for intelligent life in outer space may be on ice for the time being, but the search for alien planets that may possibly support life of some sort is now being bolstered by a number of new efforts. One of the latest is the so-called ExoPlanetSat nanosatellite developed by MIT and Draper Laboratory, which recently got the go-ahead from NASA's Cubesat Launch Initiative and is now set to hitch a ride into space sometime in 2012. While not quite as "nano" as the SIM card-sized satellites that launched with the Shuttle Endeavor, the smaller-than-a-breadbox ExoPlanetSat is still pretty tiny by satellite standards, yet it packs all the necessary optics and technology required for what's known as transit observation -- that is, monitoring a star for decreases in brightness, which could indicate a planet passing in front of it. What's more, while the launch of a single satellite is plenty to get excited about, the researchers hope that it lead the way for a whole fleet of similar nanosatellites that could greatly speed up the search for planets. 
