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Cambridge becomes UK's first White Space city as trials declared a success
The UK White Space consortium has declared its technology trials a success in Cambridge today. Some of tech's biggest names teamed up to equip Silicon Fen with Neul's "Weightless" broadband gear -- managing to get an 8Mbps data service out to the residents of rural Orwell. While great for those who can't get fixed line services, the consortium's also emphasized the benefits for Governments who could use an internet of things and cellphone networks, which can offload excess traffic in times of need. All that's required is for Ofcom to double-check the claims that it won't interfere with other wireless transmission formats and deliver its official blessing. Let's hope the Government study doesn't turn up anything unwarranted, as we'd hate to see a British version of LightSquared.
Report: Sony closing BigBig Studio, linking Cambridge with Guerrilla
Sony is closing the UK's BigBig Studio right after it finished work on Vita launch title Little Deviants, following a regular review of SCE Worldwide Studios, Develop reports. The review also led to a restructuring of Sony's Cambridge studio, which will now work closely with Guerrilla Games to release a Killzone title on Vita. Sony issued a statement to GamesIndustry about the closure: "It has also been proposed that BigBig Studio should be closed. BigBig have been an important part of SCE Worldwide Studios since joining in 2007. However, it was felt that by focusing on other Studios that are currently working on exciting new projects, we would be in a stronger position to offer the best possible content for our consumers." The number of people affected by BigBig's closure or the restructuring of Cambridge is unknown, but we hope it's tiny(tiny).
The Engadget Interview: ARM co-founder John Biggs
You've heard of ARM, right? The little chip design company that started out as twelve engineers in a barn in Cambridge, UK, but is now responsible for 25 billion of the microprocessors on this planet? Good, so now you need to meet John Biggs, who's been there since the very beginning -- since before the barn, in fact, when ARM was just a pesky little project within Acorn Computers. Read on for John's straight-up perspective on the company's frangible beginnings, its deep rivalry with Intel, and what those three letters actually stand for.
Cambridge researchers translate graphene into printable circuitry material, bring basic 'Skynet' factory to you
Yes, graphene is amazing and possesses many useful / otherworldly properties. The ability to use graphene itself to print flexible, transparent thin-film transistors via an inkjet printer is just another one of them. Over at the University of Cambridge, researchers have discovered that it's possible to print standard CMOS transistors using a graphene component. Provided the graphene is chipped off a block of graphite using a chemical solvent and the larger (potentially print-head blocking) chips are removed, it can be turned into a polymer ink which can then run through a conventional inkjet printer. The potential result of this is flexible, transparent and wearable computer circuitry coming from ordinary printers as opposed to several multi-million-dollar machines in a factory, which has long been the historical standard. Besides, who wouldn't want to print their own circuitry on a PhotoSmart MFP rather than whatever report might be due the next day?
Trio of Microsoft projectors lets you get quasi-physical with AR interaction (video)
You have to hand it to the tireless folks toiling away within Microsoft's Research department. They're hard at the task of making tomorrowland today's province. Perhaps spurred on by the rapturous response to their HoloDesk, the Cambridge gang's previewing yet another virtual reality, and this time it's a handheld trio. The palm-friendly devices, split up into camera, room and SLAM models, incorporate pico projectors, coaxial IR cameras, inertial measurement units (IMUs) and the company's Kinect (for the latter two only) to project augmented visions onto surrounding surfaces. If you've been honing your shadow puppetry game over the years, that oft-used skill's about to get very useful. The environmentally aware (no, not the Go Green! kind) systems allow for shadow- and touch-based interaction with the CG overlays, offering pinch functionality, icon selection and even painting -- don't worry, it's definitely removable. This neat tech hat trick could one day soon spare you a trip to IKEA, letting you test out potential decorative pieces from the comfort of your home. Unfortunately, we can't get handsy with the futuristic projectors just yet, so the video after the break will have to suffice. [Thanks, Pradeep]
Microsoft HoloDesk: when you need to juggle something that isn't there (video)
If you'd thought that OmniTouch and PocketTouch were the end of Microsoft Research's natural user interface projects, think again. It's now released a video of the HoloDesk, a tool that lets you manipulate virtual 3D objects with your bare hands. Looking through a transparent display, the objects react nearly instantly, rolling from a sheet of real paper into a real cup and falling into shadow if you block the virtual light-source. The Cambridge lab that developed the tool sees uses in remote working, collaboration or device prototyping. If you hadn't guessed, there's a hacked Kinect at the heart of HoloDesk's DNA, which makes us wonder how long it'll be before we can use it to play Halo.
Scientists manipulate electron, this time everyone wins
Notoriously difficult to pin down, electrons have always been free spirits -- until now that is. According to a paper published by science journal Nature, folk at Cambridge University much cleverer than we have tamed single electrons, succeeding in coaxing them directly from point-to-point. The technique involves creating a small hole in gallium arsenide, called a "quantum dot," then creating a channel of energy higher than the neighboring electrons to shuttle cargo off to another empty "dot." Why should you care? Well, while you might not see this technology in the next smartphone, it should give quantum computing a bit of a nudge forward, smoothing the rate of information transfer. If the concept works out, it'll improve the way qubits move around those sub-atomic circuits, where jumping around like a frog in a sock is generally considered bad form. [Image courtesy of the io9]
Cambridge researchers tout new location-based method to predict friends on social networks
Friend suggestions on social networks may already be a little too eerily accurate for some, but a team of researchers from Cambridge University now say they can do one better. They've devised a method that doesn't simply rely the usual friends-of-friends approach, but on where those people tend to hang out. According to researcher Salvatore Scellato, "it turns out that the properties of the places we interact can determine how likely we are to develop social ties," and that places like offices and gyms are better indications of potential friends than football stadiums or airports. That notion was borne out in their research (conducted over a period of four months using Gowalla), which found that "about 30 percent of all new social links appear among users that check-in to the same places." With the two prediction methods combined, the researchers say they're able to account for 66 percent of all new social ties. No word if they've moved onto predicting crimes next. [Image credit: Gowalla]
Device Analyzer Android study wants to track your every move, if you'll let it
And here we thought folks were concerned about protecting their personal data. As it turns out, however, a surprising chunk of Android users have volunteered to give a group of University of Cambridge researchers a look at exactly how they use their cellphones. By downloading the Device Analyzer app from the Android market, more than 1,000 participants have allowed the data collection program to harvest statistics in the background while they use their phones. Those statistics -- varying from when the power is switched on, to which apps are in use -- are then made available to users via the Device Analyzer website. Of course, this is Cambridge, a rather well respected institution of higher learning, and the researchers involved say the data collected is stripped of personal information "as best as possible," but we're not keen on anyone peeping our cell stats. If you're an Android exhibitionist, however, you can sign up for the study at the source link below.
Sprint radar imaging system peeps inside walls, floors to detect bombs, tell-tale hearts
Back in 2005, we reported on a little something called the Prism 200, which allowed its holder to essentially see what folks were doing on the other side of a wall. Since then, we've seen plenty of devices that boast the same claims, but it wasn't until recently that the makers of the Prism 200 created a device that can actually see inside those walls. Looking something akin to an old school punch clock, Cambridge Consultants' Sprint in-wall radar imaging system provides 3D renderings of items embedded in walls, floors, and even ceilings. Where as existing X-ray systems require access to both sides of a wall, Sprint's radar setup allows users to see what's going on inside without dual access. As you might imagine, Cambridge is pushing this thing as a security tool, allowing for detection of bombs, drugs, dead bodies -- you know, the usual bad guy stuff. Sprint is currently undergoing testing. Full PR after the break.
Cambridge developing 'mind reading' computer interface with the countenance of Charles Babbage (video)
For years now, researchers have been exploring ways to create devices that understand the nonverbal cues that we take for granted in human-human interaction. One of the more interesting projects we've seen of late is led by Professor Peter Robinson at the Computer Laboratory at the University of Cambridge, who is working on what he calls "mind-reading machines," which can infer mental states of people from their body language. By analyzing faces, gestures, and tone of voice, it is hoped that machines could be made to be more helpful (hell, we'd settle for "less frustrating"). Peep the video after the break to see Robinson using a traditional (and annoying) satnav device, versus one that features both the Cambridge "mind-reading" interface and a humanoid head modeled on that of Charles Babbage. "The way that Charles and I can communicate," Robinson says, "shows us the future of how people will interact with machines." Next stop: uncanny valley!
A grand tour of nanotechnology at Nokia Research Center, Cambridge
We've all seen what a bumpy ride Nokia's had over the last few months -- disappointing profits, the departure of a couple of old friends, and the slight delay of the forthcoming N8. Despite all that, Espoo seems to have at least one stronghold that remained unshaken throughout the storm: its research center in Cambridge, UK. Yep, we're talking about the magical place where Nokia and University of Cambridge co-develop the core technologies for the futuristic Morph concept. Actually, "futuristic" might be too strong a word here, as we were fortunate enough to see some of Nokia's latest research at the heart of Morph -- namely flexible circuitry and nanowire sensing -- demonstrated live yesterday. Curious as to how well the demos went? Then read on -- you know you want to.%Gallery-103427%
Cambridge's ProFORMA does 3D scanning with any stationary webcam
Never mind that silly name: ProFORMA (which stands for 'Probabilistic Feature-based On-line Rapid Model Acquisition', if you must know) is some cool system that turns any ordinary webcam into a powerful 3D scanning tool. In fact, a camera is pretty much all you need for some "on-line" modeling action -- no laser or green screen necessary -- meaning the 3D models are constructed on the spot while you slowly rotate the objects, although ProFORMA can also track fast moving objects as shown in the demo video after the break. Fans of machinima should also look into this for their next Warhammer drama series, but don't say you heard it from us.
Liquid crystal lasers will light up next-gen HDTVs, your life
If you thought Mitsubishi's LaserVue HDTVs were the beginning and the end of laser-tech in boob tubes, think again. Mitsu's line is carrying on, but the brightness and depth of color offered by that telly are apparently just the beginning of what's possible according to researchers at the Centre of Molecular Materials for Photonics and Electronics at the University of Cambridge. They indicate that the use of liquid crystals in concert with a single, laser-based light source would result in the same color depth but at a lower cost and higher reliability than the LaserVue, which requires separate lasers for RGB. What cost, exactly? That, dear reader, remains to be seen, but given the source we're thinking you have plenty of time to save up -- and to practice those Dr. Evil impressions. [Via OLED-Display]
Creative quietly intros MovieWorks HD iPod dock
Not that Creative hasn't dabbled in the HD iPod dock arena before, but it's been awhile since the company has introduced a new one. Quietly, secretly, the outfit has pushed a fresh one out in the Cambridge Soundworks line, and it's satisfactorily titled MovieWorks HD. The device does about what you'd expect by outputting iPod video and audio (via HDMI) onto one's TV and / or sound system, though Creative points out that this one is the only one with its own Xtreme Fidelity, X-Fi Crystallize and X-Fi CMSS-3D technology -- so yeah, take that for whatever it's worth. Those who detest cables can also snag the optional wireless receiver, but first you'll need to pony up $249.99 for the dock itself.[Via eipZENter]
Stephen Hawking unveils the most morbid, amazing $1.8m clock you'll ever see
We'll warn you in advance, this is only for those who dig the weird, all things Stephen Hawking or clock-making in general. This £1 million ($1.83 million) timepiece took seven years to completely construct, and the initiative was led by inventor John Taylor who designed it in tribute to John Harrison (only the world's greatest clockmaker, it's said). The bizarre Corpus Clock visually explains that it relies on grasshopper escapement to function, and to let you know that time can never be regained once lost, that beast on top actually gobbles down time every 60th second. Oh, and every hour, on the hour, the sound of a "chain dropping into a wooden coffin" is played to really pound home the "time is a destroyer" concept. Thanks for the reminder, Dr. Grim.[Via Switched]
Cambridge Audio's 640BD Blu-ray deck hands-on
Cambridge Audio had a relatively small presence at CEDIA, and admittedly, most of the equipment it brought to Denver was purely audio-related. Thankfully, it did manage to squeeze in its newly announced 640BD Blu-ray player, and for fans of the brand, they'll be head over heels for the design. It's built to match most every other component the company makes, and it only takes a passing glance to see that this BD deck isn't your typical fingerprint magnet. The representative on hand admitted that it should start shipping this January for "under a grand," so 'til then, feel free to flip through the gallery as many as times as you see fit. %Gallery-31228%
Cambridge Audio intros DacMagic upsampling digital-to-analog converter
You've got to love the Brits, don't you? According to Cambridge Audio, this is a "digital to analogue converter," which we can't help but read aloud with a charming accent. At any rate, the same company who just announced its plans to enter the Blu-ray realm is also looking out for its primary crowd: the audiophiles. The October-bound DacMagic upsampling DAC is billed as a relatively affordable way to upgrade any PC, network music device, gaming console, etc. to "truly high-end sound quality." The £199.95 ($353) device boasts a variety of connections including S/PDIF, Toslink and USB along with "Adapted Time Filtering (ATF) upsampling technology developed in conjunction with Anagram Technologies of Switzerland which converts 16-24 bit audio data to 24 bit/192kHz." For more technical goop, jump on past the break. %Gallery-31150%
Cambridge Audio dips on in, announces 640BD Blu-ray player for 2009
Sherwood isn't the only little-known company bringing the Blu to CEDIA -- now we've got a boutique manufacturer joining the crowd. Announced today in Denver, Cambridge Audio has revealed that it too will be producing a BD deck in early 2009. The 640BD will be designed to complement the Azur range of AV receivers, and it will boast full HDMI 1.3 output (including bitstream output of all the latest Dolby / DTS tracks), a full set of analog video outputs, Ethernet, S/PDIF, Toslink and a set of separate, dedicated 7.1 / stereo analog outputs. Unfortunately, that's all the details the company has prepared for this year's Expo, but we'll certainly be hearing more as CES time draws near. Per usual, the full release is after the break.
Motion-sensitive "power skins" could generate power in space
Just in case you ever plan on heading up into space to see your soon-to-be-painted logo on the Y*N*I*S satellite up close and personal, you might be interested in this. Devised by researchers at a Cambridge-based venture, dubbed IntAct Labs, the motion-sensitive "power skin" could be used and worn by humans and inanimate objects alike in order to generate electricity, and the concept was derived from our very ears. After investigating how biological organisms are such "ultra-efficient generators of power," the crew homed in on a tiny protein called prestin, which can "convert electrical voltage into motion or produce electrical charges in response to mechanical stresses," and is actually found in the outer hair cells of the human ear. Ideally, networks of these proteins would be linked in order to form skins that could coat people or objects and generate energy from something as simple as walking around or being in the path of wind gusts, and if everything pans out, a prestin-powered research station could be set up on Mars without a manmade perpetual power source in tow.[Thanks, Sparky]
