We've seen some pretty far-fetched efforts meant to capture the sun's rays and convert 'em into energy, but this one holds a special place in our hearts. Rather than consuming acres upon acres of desert land or simply placing a plethora of panels atop some roof, ZM Architecture has an idea that would land a slew of large lily-shaped solar panels in the River Clyde. After winning the International Design Awards Land and Sea Competition, the concept has been passed on to the Glasgow city council in hopes of a trial going forward in the near future. Essentially, energy gathered by the discs would be transformed and exported to the national grid, and integrated motors could rotate the pads in order to "follow the sun for maximum output." Just gotta watch for those sunbathers sure to swim over and kick back on a panel of their own.

[Via Inhabitat]

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Not happy letting us Yankees get away with all the 3D sporting action, the BBC plans to test a 3D HD broadcast of a Rugby Six Nations match next month. A lot like the NBA's test with last year's All-Star Game and NBA Finals, the March 8th game between Scotland and England will be captured by three camera rigs and then transmitted via satellite -- unlike the fiber connection used by the NBA -- to an audience watching a big screen with 3D glasses. Can Communicate, Inition and Axis are the companies forming 3DFirm, which is partnering with the Beeb to make the whole thing happen, including working out a new style of camera work and post production. We won't say we're waiting for a 3D broadcast of real football to get excited about these tests (we'll just think it.)

While the Smellophone will certainly get you one step closer to joining the social via your mobile, students at the University of Dundee are taking social activation to new heights with its lineup of prototype phones. Similar to sensor-laden gear that sends out a variety of feedbacks when a specified event occurs nearby, the six phones that were created by second year students from the College of Art, Science and Engineering's product design course actually supported "intimacy and sensuality" along with collaborative music making. Two particularly moving devices were the Aware (pictured), which reportedly "sends a tingle down your back if a friend is nearby," and the Boom Tube, which "allows people to make music together." Who knew customized ringtones would lead us to this?

Spray-on gadgetry isn't exactly new, but the possibility of spritzing a computer on your epidermis most certainly piqued our interest. A team of Scottish scientists have reportedly "developed a computer the size of a matchstick head, thousands of which can be sprayed onto patients to give a comprehensive analysis of their condition." The device(s) joins the ever-growing array of communication-enabled health sensors aimed at helping the elderly stay in contact with their doctors even in remote locations, and can compute a variety of inputs such as blood pressure, muscle movement, and pulse rate. The technology, dubbed speckled computing, can even be rigged to transmit information via radio waves, meaning that a full-fledged diagnostic report could get a whole lot less invasive if this stuff pans out.

[Via MedGadget, photo courtesy of EISF]

Considering that ATI and NVIDIA don't seem to be making any substantial strides in reducing the amount of energy required to run their products, it's a tad surprising to hear of an entire supercomputer running a bit leaner than the competition. Hoping on the ever-growing green bandwagon, University of Edinburgh developers are at it again, this time crafting an uber-speedy machine that's reportedly "ten times more energy efficient and up to 300 times faster than its traditional equivalents." Based on field programmable gate arrays (FPGA), the chips are not only very difficult to program, but they can currently only be used "to perform very specific tasks." Of course, the creators are more interested in the extreme number crunching and power saving abilities than anything else, and while no commercial uses have been identified just yet, the machines could purportedly be used in fields such as "drug design, defense and seismology."

[Via CNET]

Nowadays, we're lucky to be able to so much as breathe air while driving without getting penalized. As of late, motorists in South Yorkshire have quite the incentive to keep their phone conversations under wraps while in transit. Mobile speed cameras, traditionally used to catch speeders, will be used by police to catch unsuspecting chit-chatters in the act, who would later receive an unexpected notice showing 3 points on their license and a demand for £60, which was recently, and perhaps not-so-coincidentally, increased from £30. "If officers using mobile cameras see someone using a hand-held phone, whether with their own eyes or through the lens of their camera, then they are fair game." There's been no word on plans for similar implementation within the automated camera system, but "that is not to say that we can't change the policy," states Meredydd Hughes, the head of roads policing for the Association of Chief Constables. Drivers may soon feel compelled to throw down some cash for a headset, although there's even been speculation on the perils of hands-free yapping -- looks like a good tint-job's the last resort... and how about some spinners while you're at it?

[Via Textually]

But who's going to watch the CCTV cams? That's the irony apparently lost on the Lothian and Borders Safety Camera Partnership, which is considering installing CCTV cameras to monitor its speed cameras that are frequently the target for vandalism. "There are companies there who would provide us with CCTV coverage of the cameras themselves - the cameras looking after the cameras kind of thing," said Colin McNeil, the head of the group. We're not even making this stuff up. All we know is that as soon as they install these suckers, we're grabbing the first plane to Scotland and liveblogging the hysteria.

A physicist and a dermatology consultant at the University of St. Andrews in Scotland (no, that's not the beginning of a joke) have just built a new revolutionary mobile treatment for skin cancer. Their invention is a "light bandage" whose LEDs shine onto the affected area while the wearer is out and about, and draws power from an iPod-sized battery pack. The device is based on the principles of photodynamic therapy treatment (PDT), which is traditionally used to treat skin cancer; however, in current applications of PDT, patients must sit or lie still while sitting under huge light sources. Of course, this means that now you can go lay on the beach to get your tan on, absorbing ultraviolet rays while wearing a light bandage to treat your skin cancer. Perfect.

[Via medGadget]

Police in Scotland have begun field-testing a pair of tactical gloves that sport built-in metal detectors for identifying sharp objects during routine pat-downs -- and should they fail to detect a hidden weapon, they're made out of Kevlar to protect the wearer during the ensuing knife fight. Although not specifically mentioned in the source article, it seems the Scottish cops are trying out seven pairs of the HF-1 from Adams Electronics, which are powered by regular 9-volt batteries and vibrate inconspicuously at the wrist to signify that an object has been detected. Available in either "passive active" or "dual active" configurations (depending on whether one or both of the gloves sport a detector), the HF-1s deployed for the trial cost about $370-a-pair, and are being used to supplement the 1,000 or so FriskerPRO-like handheld detectors that are already in use. Overall these seem like a good way for officers to protect themselves without getting too touchy-feely with suspects, but on the other hand, they may just encourage enterprising criminals to step up their game and begin carrying around undetectable weapons like ceramic knives and filed-down toothbrushes.

Remember that report in late 2004 that stated that as much as 10% of our energy draw could come from aggregate power use of devices in standby? Well, Scotland's mad as hell, and they're not gonna take it anymore. ScottishPower, Scotland's biggest power company, is calling for standby-free devices -- you know, like back in the good old days when an off device meant the device was off. In fact, according ScottishPower, gadgets in standby cost Scottish consumers over £62 million (about $108.5 million US) and produce 360,000 tons of CO2 annually. Of course the influence on the global consumer electronics market ScottishPower wields is, um, less than knightly, but if more power companies and government energy conservation programs (like EnergyStar) in more countries get behind ScottishPower, we might just be able to slow down this global warming thing (a little) with some clear(er) conscience devices.

Sure, RunBot might not be a true runner yet, since it still keeps one foot on the ground at all times. Also, it's only fastest for its height, managing a swift 3.5 leg-lengths per second, besting the MIT's four times taller Spring Flamingo, which runs at comparably sluggish 1.4 leg-lengths per second. All that being said, RunBot currently holds the world record for fastest bot on two legs. The RunBot's German and Scottish creators attribute its speed to the fairly simple design, which only senses when a leg is on the ground and when a leg swings forward. RunBot merely experiments with whichever leg motions keep it upright and keep it going fastest, and the bot can accelerate up to three times its original speed with its "learnings." So far the RunBot can only walk in circles, since it's attached to a boom in the center of a room, but the developers say they're at work on a freestanding version, which shouldn't be too tough because the boom has little influence on the RunBot's walking. Be sure to check the read link for video of the bot in all of its herky-jerky glory.