The Zeo Personal Sleep Coach safely and easily measures your sleep patterns right from home, resulting in a more restful and restorative sleep. It's a cool way to educate yourself about how well you sleep, and teaches you new ways that may help you get a better night's rest, so we're including it in our 2010 Holiday Gift Guide. It uses three main components--a comfortable wireless headband, a bedside clock and display, and the MyZeo.com companion website. They all work together to show you which habits and behaviors may help or hinder your sleep, and create personalized strategies just for you. A cool and unique item for anyone, and hey, who doesn't wanna feel rested in the morning? You can get them for $195 on Amazon.
Astronaut Douglas H. Wheelock, the man responsible for the first FourSquare check-in from space, has been brought social media technology into his explorations again by tweeting some of his observations from high above the planet, revealing some stunning images over the past few days. Here are just a few of the beautiful Earth images Wheelock captured during his journey in space. Above is the Isle Juan de Nova in the Mozambique Channel between Madagascar and the African mainland.
DARPA is looking to get their hands on soldiers minds from the outside in, by using a gadget that installs in the helmet to regulate things such as alertness, cognition, pain, and psychiatric well-being.
William Tyler, a neuroscientist from Arizona State University has been working with funds from the Army Research Laboratory for several years, and his work has caught the eye of DARPA.
The mind-control device basically works through a “transcranial pulsed ultrasound” method to stimulate brain circuits from outside of the skull. This is much more convenient than other deep-brain approaches that require invasive surgery to implant electrodes and the like. Furthermore, the technology has proven capable of penetrating deep brain regions, and can zero in on specific brain zones as small as two millimeters.
The device fits snugly into a soldiers helmet and is controlled by a microcontroller. The ultrasound of the device stimulates different brain regions to improve soldier alertness and cognition, and relieve stress and pain, and other traumatic brain injuries.
We’re not too far off from a Metal Gear Solid universe after all.
Read More | Wired
The world’s first operation and anesthesia done by an all robot team was conducted at Canada’s McGill University Health Centre. The operation being one of extreme delicateness, a prostatectomy, was handled by two robots: DaVinci, a surgical robot, and McSleepy, an anesthetic robot. Both of whom were controlled by a team of surgeons from a workstation with 3D HD video control.
The robots allowed the team of surgeons to work with a precision not capable of by humans alone, allowing for a more precise and safe operation. The surgical team is planning to use this project to test more all-robotic surgery and anesthesia routines on more patients in different surgical situations. We are assured that the robots will not replace the doctors, but will only augment the surgical team to perform to their highest capabilities.
Read More | TG Daily
It’s always good news to hear of a military device intended for war that isn’t branded “death from above,” and that actually saves lives instead of taking them. This can be attributed to the researchers at the University of Michigan who have created a new way to protect helicopters from incoming missile up to 1.8 miles away. What’s different about this missile defense is that it uses a laser based technology to “blind” incoming missiles instead of destroying them. This is done by using a mid-infrared super continuum laser that takes on the heat properties of a helicopter, confusing the missile and causing it to lose “sight” of the helicopter. The device has no moving parts, giving it a long life span on the adverse conditions of aircraft operations. Mohammed Islam, a professor in the Department of Electrical Engineering and Computer Science stated: “The laser-based infrared countermeasures in use now for some aircraft have 84 pieces of moving optics. They couldn’t withstand the shake, rattle and roll of helicopters. We’ve used good, old-fashioned stuff from your telephone network to build a laser that has no moving parts.” This technology has enabled University of Michigan to start a company called Omni Sciences, funded up to $1 million from the Army and DARPA, to develop a second generation version.
Read More | Gizmag
The term ‘smartphone’ may be a tad misleading according to the recently published New York Times article, “Digital Devices Deprive Brain of Needed Downtime”. This is to say that frequent use of digital media can disrupt your brain’s downtime - a necessary component of internalizing information. Without this downtime, the brain has no chance to process information previously learned, resulting in cluttered, inattentive minds.
Chances are there are more than a few of you reading this article while accomplishing some cardio riding your local gym’s indoor bike, or while in class when you really should be listening to your professor’s first lecture of the semester (but don’t stop reading now on account of that!). While having a digital device handy is excellent for spicing up mundane moments, or for capturing your mind away from the tedium of exercising, it does come at a price.
Read More | New York Times
Imagine, if you will, sitting in the local coffee shop waiting for your ever so tardy girlfriend to show up before your lunch break ends. Suddenly, she is right in front of you, only not in the way you had hoped. It’s a hologram, beaming straight from your cellphone right before your eyes. Her digital representative a fully rendered three dimensional image of her informing you that she will be there in 5 minutes. No, this is not science fiction - it’s the future. And the future is eye popping.
With the demands of technology growing by the second, our everyday bandwidth needs are increasing exponentially. Cisco and Verizon are both anticipating a quadruple increase in bandwidth requirements by the year 2014! This tremendous surge in our bandwidth needs can be attributed largely in part to the burgeoning 3D television market, as well as the growing use of streaming HD video.
Read More | Cnet
Sick of entering a PIN every time you turn on your phone? Want something a bit more futuristic to go with the vastly improved OS of your smartphone? The University of Manchester has the answer - facial recognition.
In order to keep your identity safe in the very likely situation of misplacing your phone, the University of Manchester has created a sophisticated facial recognition technology called the Active Appearance modeling technique that locks in and tracks twenty-two of your facial features, even when upside down. The facial recognition technology was created as a way to access social media sites securely through your smartphone, but no word yet as far as how quickly it works in action. Check out the video after the jump.
Read More | Manchester
What do you do when you see a bus in the middle of the road? Drive through it, of course! Try that in America and you won’t be around to see the results, but China may have the answer.
The Chinese engineer firm, Shenzhen Huashi Future Parking Equipment, is hard at work on a new transportation system, called the ‘3D Express Coach’, that will allow road traffic to drive straight through their buses. This new bus design comes as a result of high traffic that has plagued China for some time now, to which the firm claims the 3D Express Coach will cut down on by 30 percent. The bus travels around 37 mph, and can transport over 1400 passengers.
Furthermore, to keep the risk of accident down, the 3D Express Coach will have alarms for cars travelling too close, or to signal when the bus is turning. As well as inflatable escape ladders à la the ones aboard airplanes to assist during emergencies. Construction on the 3D Express Coach will start later this year, with a pilot scheme in Beijing’s Mentougou District beginning in the meantime.
The future of stealthily cloaked super soldiers running around with nano machines injected in their bodies is closer than we think, thanks to Elena Semouchkina. Elena is an associate professor of electrical and computer engineering at Michigan Tech, who has found a way to cloak objects by using carefully thought out materials and shapes to produce the magnetic resonance necessary to bend infrared light around objects.
While not yet able to do so in visible light, Elena’s team has found a way to cloak metallic cylinders using metamaterials made of chalcogenide glass. “Starting from these experiments, we want to move to higher frequencies and smaller wavelengths,” states one researcher.
While far from being perfected, Elena’s new theory in cloaking puts us in the ball park for a stealthy future. Perhaps we will bear witness to the implementation of the practical usage of cloaking devices in the near future. Solid Snake, eat your heart out.
Read More | MTU.Edu