Not that we haven't seen similar technology from other outfits before, but we'll take as many in-car safety advancements as we can get. It's bruited that Fujitsu is conjuring up a sophisticated sensor system that can actually detect when a driver gets drowsy or begins to sink into a deep, dark wonder-world of sleep. Put simply, the system would detect specific changes in the motorist's heart rate via the steering wheel, and once it determined that you weren't exactly "with it" any longer, the car could then roll its own windows down, blast the stereo or jolt the wheel in order to get your attention. In our minds, the biggest issue here is to not cause an accident by spooking a sleepy driver out of their slumber, and we presume that's exactly what the company is working on in its R&D labs.

[Image courtesy of MetroHealth]

We heard some pretty far-fetched stuff back in June to the tune of a break-apart DualShock 3, and lo and behold, it seems that someone at Sony Computer Entertainment America is taking the idea quite seriously. A recent patent application was filed by the company, and it fairly clearly lays out the very kind of design we'd (not really) been expecting. In essence, the gamepad would consist of two pieces, each of which would utilize an "ultrasonic tracking system" for some type of game console / peripheral to recognize 3D inputs. Best of all, the approach here sounds significantly different enough from what's used in the Wiimote that Sony could avoid months upon months of litigation -- imagine that, right? It's hard to say whether this stroke of genius will ever amount to anything, but at least there's a chance, however minuscule.

[Via PS3 Fanboy]

Well, wouldn't you know it? That PlantSense prototype we peeked around this time two years ago has seemingly found the fundage to start up production, and at long last the revamped product is available for you to purchase. Now christened EasyBloom, this USB stake sensor analyzes important data when stuck in soil for 24 hours, after which it uploads the data to your PC (via USB) for determining whether or not a flower / tree / etc. should be planted there. Additionally, it can "diagnose what is wrong with an ailing plant," and it can even dole out a recommended list of which plants would be suitable for your environment. Sure, $59.99 may seem like a lot of green to toss out for something such as this, but it sure beats purchasing new flora every fortnight after you murder yet another round.

Remember when RFID was the next big thing? When the world couldn't wait to have their luggage easily tracked at every airport? And when supply chain managers were all set to kick back and let these little tags do all the dirty work? Outside of a few exceptions, the wireless tags haven't really lived up to the hype thus far, but GE Global Research is doing its darnedest to change that by eliminating a few of the biggest drawbacks. Reportedly, the outfit has developed a battery-free RFID sensing platform -- one that can provide a highly selective response to multiple chemicals under variable conditions -- which could enable a "wide range of low-cost wireless sensing products in industries like healthcare, security, food packaging, etc." Put simply, the tags get their power from the sensor reader, which activates the tag's antenna and the RFID chip to collect meaningful data. There's no word on when these will leave the lab, but the sooner the better, we say.

[Via Gizmag]

Thanks, MIT. Why don't you just make the rest of the world feel a little more useless. Every week or so, we're forced to stare at yet another amazing invention coming from your doors; to be frank, it's just downright unfair. All childish angst aside, the latest idea to come from the institution is one that could certainly be put to good use: a self-sustaining sensor network that taps into trees for power in order to continuously monitor forests for threats of fire. Moreover, the concept could be applied in other scenarios as well -- to detect potential threats such as smuggled contraband along a nation's borders, perhaps. Testing of the wireless sensor network (developed by the appropriately named Voltree Power) is scheduled to begin next spring, and we're hearing that pot-sniffing turtles may even be brought in to create a completely natural self-policing environment.

[Via Inhabitat]

This won't mark the first time the US government has looked into other means for helping soldiers communicate on the battlefield, but it's one of the first instances where vocal cords aren't even necessary. The US Army has recently awarded a $4 million contract to a coalition of scientists, all of which will soon start developing a "thought helmet" to enable voiceless, secure communication between comrades. In theory, at least, the helmet will boast a litany of sensors that will hopefully "lead to direct mental control of military systems by thought alone." According to Dr. Elmar Schmoozer, the Army neuroscience overseeing the program, the system will be like "radio without a microphone." Oh, and don't think for a second that they aren't considering civilian applications as well -- passing along jokes on the boss via telekinesis? Yes, please.

[Via Slashdot]

In the never-ending quest to make even the smallest devices on Earth a touch smaller, a talented team of MIT engineers have developed a method for creating and installing microbatteries, which could eventually power a plethora of diminutive devices including "labs-on-a-chip and implantable medical sensors." It's bruited that this is the first time in which "microcontact printing has been used to fabricate and position microbattery electrodes and the first use of virus-based assembly in such a process," and while you'd likely have to be a colleague to even digest that, the take away is that these gurus are one step closer to generating battery-powered Scrubbing Bubbles. And your shower could use 'em.

[Via PCMag]

Mama always said you'd regret slouching one day, and while you've still got a few decades left before ultimately determining whether the sage-like advice was right or wrong, why take chances? The iPosture does the same thing as wearable posture reminders that we've seen in the past, but this one does so in a much more discrete fashion. The diminutive nano-sensor detects when your angle deviates just three degrees from the optimal position for greater than a minute, after which it emits a warning to straighten you out. Users insistent on keeping it crooked can turn the device off by powering it down, removing it or flinging it furiously into a wall. Life's next big nuisance will be shipping soon for $99.95.

[Thanks, Eric]

Far from being the first LED-infused floor we've seen hipsters and hippies break dance and boogie down on (respectively), Sensacell's latest contraption still manages to stand out by bringing back memories of when mouse trails really were the coolest thing about an operating system. Flashbacks aside, the installation -- which is currently at the entrance to the Comunitat Valenciana in Spain -- possesses over 1,000 interactive modules, each of which include capacitive sensors and a LED lighting system. The integrated tech enables it to recognize when someone is walking over it and consequently light up as if to leave an eye-catching LED trail of their path. Can you imagine how many hours days you could entertain an ageless kid with this? Video after the jump.

The latest in nanowire research has a crew at the University of California, Berkeley creating the very first integrated circuit "that uses nanowires as both sensors and electronic components." By utilizing a so-called "simple" printing technique, the researchers were able to create a batch of uniform circuits that could one day serve as image sensors. According to Ali Javey, an electrical-engineering professor at the institution, the goal is to "develop all-nanowire sensors" which could be used in a wide array of applications, and the benefit of using 'em is their exceptionally high level of sensitivity. In due time, the gurus would like to make everything on the circuit printable, though we have this strange feeling we won't be seeing any actual results from all of this for years to come.

Though we're hesitant to believe something this fantastic could actually be implemented in real life, word on the pavement has it that Audi is currently running a pilot program that informs motorists "how fast to drive to catch a green light." Over in Ingolstadt, Germany, 50 traffic lights have been equipped with sensors that beam information to specially equipped whips; the network of "smart" signals not only "adapts to traffic patterns to deliver optimum light switching," but gives drivers a heads-up in order to get 'em through lights and cut down on idling / pollution / road rage. We can just hear those red light camera appeals now: "But judge, my car told me to do it!"

[Image courtesy of NOLA]

Apparently not everyone at General Motors is toiling away in an attempt to get the Volt ready for its 2010 debut, as another sector of the outfit's R&D division is busy creating a windshield that will, at its core, enable us to stop running stuff over. The futuristic glass would utilize lasers, sensors and cameras in order to help drivers see the road's edge better, recognize obstructions and enhance things ahead of us so we'll theoretically react faster. Truth be told, the device is being designed with older drivers in mind, though we don't see why younger motorists won't benefit all the same. Unfortunately, it sounds as if you'll have to keep those toothpicks in your eyelids for a few more years, but at least we're one step closer to full-on autopilot.

We dig the idea in theory, we really do, but we can definitely see this causing more harm than good. Starting this fall, San Francisco will begin a trial involving wireless parking sensors in 6,000 of its 24,000 metered spaces, enabling antsy drivers to be alerted via street signs or cellphones when a spot becomes available. Only one problem -- give 50 anxious motorists the same message that a single spot is unoccupied, and you've just created a bona fide mess. Though it'd probably be fun to watch from the sidewalk, wouldn't you agree?

[Via Core77]

Robotics have come a long way, but they still often miss that innate, nervous sense of reluctant touch. Intel researchers have achieved something similar with a robotic hand that uses electrolocation to create a robotic hand conform to the shape of an object before interacting with it. Shown at Research@Intel Day, the hand uses fish-like electrolocation to bounce electric fields off of objects and then conform the hand to that shape in real time. They call the dynamic "Pre Touch," and it could prove useful for configuring robotics before they interact with objects without, say, damaging them or missing the interface completely. We've been aware of the technology for some time, but as you can see in the video after the break, Intel finally has something to show, and the results are what can only be described as a strangely nervous robotic hand.

There's no shame in admitting that shape-shifting creatures are a touch frightening, but we'll go ahead and warn you -- those spooked by petite bots will be utterly terrified by this. The SkinForm Project has arisen from the University of Technology Sydney, and while there aren't any elaborate details available just yet, it's described as an "intelligent pneumatic structure that transforms dynamically in response to socio-physical context." Additionally, it seems to utilize a plethora of sensors and rely on a good bit of software programing in order to become the transforming architecture that it is. If all goes as planned, the initiative will be completed on June 12th, but you can take a look at a number of in-progress videos right down there in the read link below.