Nate the greatest writes "Bloomberg is reporting early this morning that Liquavista, Samsung's cutting edge electrowetting screen tech research firm, is up for sale. Details are still thin but Bloomberg's unnamed source indicates Amazon is looking to buy Liquavista for somewhere under $100 million. This rumor confirms earlier reports that Amazon had launched a new holding company in the Netherlands and was going to use it to buy Liquavista. There have also been rumors circulating screen tech conferences for the past 5 or 6 months that Samsung was interested in selling the company. No one in the industry really understands why Samsung would want to do that, but I think the latest demo video from Liquavista explains it. This screen tech simply isn't as good as current LCD or OLED screens, and Samsung might be looking to cut their losses."

judgecorp writes "With Samsung and (reportedly) Apple already making smartwatches, Google has now joined the party, according to a (paywalled) report in the Financial Times. The Google Watch is apparently being made by the Android group, and could have some synergy with Google's other wearable tech — the Glass spectacles. The distinctive thing in Google's patent seems to be having two displays — one for public data and a flip-up one for more private stuff."

sciencehabit writes "If you've pondered whether to sink a cool couple of grand into a fancy new three-dimensional TV but didn't want to mess around with those dorky glasses, you may want to sit tight for a few more years. Researchers at Hewlett Packard Laboratories in Palo Alto, California, report that they've come up with a new 3D technology that not only doesn't require viewers to wear special glasses, but it also can be viewed from a wide variety of angles. The advance could propel the development of mobile 3D devices as well as TVs."

Hesh writes "The University of Southern California has launched a website that contains the blueprints for many of their custom VR headsets as well as new mods to the much anticipated yet unreleased Oculus Rift. Some are helping push DIY VR forward through custom sensor mounts to support, for example, stereo cameras and others add more functionality like new eye cups to help increase the already large FOV of the headset. This is truly an exciting time for VR; by GDC, developers will already have Rifts in hand and tinkerers can 3D-print their own designs now as well!"

An anonymous reader writes "An article at TechCrunch bemoans the naysayers of ubiquitous video camera headsets, which seems like a near-term certainty whether it comes in the form of Google Glass or a similar product. The author points out, rightly, that surveillance cameras are already everywhere, and increasingly sophisticated government drones and satellites mean you're probably on camera more than you think already. 'But there's something about being caught on video, not by some impersonal machine but by another human being, that sticks in people's craws and makes them go irrationally berserk.' However, he also seems happy to trade privacy for security, which may not be palatable to others. He references a time he was mugged in Mexico as well as a desire to keep an eye on abuses of authority from police and others. 'If pervasive, ubiquitous networked cameras ultimately make public privacy impossible, which seems likely, then at least we can balance the scales by ensuring that we have two-way transparency between the powerful and the powerless.'"

Hesh writes "With the impending arrival of the first batch of Oculus Rift VR headsets to developers, Rod Furlan put up a very detailed guide on how to build your very own headset with off-the-shelf parts and a few hours of spare time based off of the original design of the headset from the forums where it all started. This is a very exciting time for VR, and DIY headsets will allow everyone to try out new tricks and form factors while finally being able to test with a whole new world of compatible software that is about to be released very soon."

A while ago you had the chance to ask paleontologist Dr. Robert Bakker a wide variety of questions. Instead of answering them individually, Dr. Bob decided to write a lengthy piece that covers most of your inquiries, and includes personal stories and some of his philosophy. The first part is a narrative about his childhood conversion to fossil studies and how his paleo-CSI approach developed. We'll post the second half, covering his training in the history of theology and how it intersects with his science, tomorrow.

An anonymous reader writes "A popular Seattle bar and restaurant has posted a notice on its Facebook page warning patrons that wearing Google Glass will not be tolerated. 'Ass kicking will be encouraged for violators,' wrote Dave Meinert, owner of the 5 Point Cafe, perhaps in a mock aggressive tone. GeekWire reports that Meinert raised privacy concerns in an interview with a local radio station: 'People want to go there and be not known and definitely don't want to be secretly filmed or videotaped and immediately put on the Internet.' A subsequent FB post includes more Meinert musings on Google Glass: 'They are really just the new fashion accessory for the fanny pack & never removed Bluetooth headset wearing set,' along with unflattering photos of a pair of early adopters."

holy_calamity writes "Companies large and small are working to create the first "killer app" for Google Glass, the wearable display to go on sale later this year, reports MIT Technology Review. Evernote is among large companies that got early access to prototypes and has been testing ideas for some time, but is staying quiet about its plans. Meanwhile new startups with apps for Glass are being created and funded, although uncertainty about whether consumers will embrace the technology has steered them towards commercial and industrial ideas, such as apps for for doctors and maintenance technicians."

recoiledsnake writes "This article notes, 'A new technology built into Google Glass, dug up by New Scientist, takes Google Glass from interesting to down right creepy. Google Glass can now pick a person out of crowd based on their fashion style. The system, InSight, developed in partnership with Google, will take a nice little moment to assess the clothing in frame, and then point out exactly where your friends are in busy settings like a bar, concert, or sporting event. It could probably point you out in a protest, or shopping mall too.' We previously discussed the disorienting effects on the wearer of the device."

Barence writes "A German company called Dermalog is showing off a wall-sized transparent display that can tell a person's age, mood and criminal intent simply by scanning their face. The system displays data about the user next to their face, and is a demonstration of a fraud-prevention system that matches criminal intent to certain characteristics. PC Pro's tester wasn't overly impressed. 'If the face was a good enough indicator of mood then it should have tagged me as "freaked out on business technological ennui," not simply "happy", and no police force would accept a description of someone as "aged between 45 and 75 — that's the gap between Daniel Craig and Jack Nicholson.'"

New submitter Dputiger writes "Nvidia's latest GTX Titan puts a renewed focus on multi-monitor gaming, but how does it compare against other cards at half the price? 'The games we tested fall into two general camps. Arkham City, DiRT 3, and Serious Sam: BFE are all absolutely playable on the GTX 680 or 7970 in a single-card configuration, even with detail settings turned all the way up. Shogun 2, Metro 2033, and Crysis 3 aren’t. In Shogun 2 and Metro 2033, however, the Titan maintains a playable frame rate at High Detail when the other two cards are stumbling and stuttering. Crysis 3 was the one exception — in that game, all three cards remained playable at High Detail, and dropped below that mark once we increased to Very High Detail and added 4x SMAA.' Field of view adjustments, the impact of bezels, and single-card performance at multiple detail levels are all covered, as is the price of multi-screen setups."

An anonymous reader writes "During the 2010 Christmas shopping season, Steve Jobs famously dissed the 7-inch tablets being rolled out by competitors, including Samsung's Galaxy, as being 'tweeners: too big to compete with a smartphone and too small to compete with the [9.7-inch diagonal] iPad,' adding that 'the current crop of 7-inch tablets are going to be DOA — dead on arrival.' A year later Jobs was dead, and the iPad Mini, with a 7.9-inch diagonal screen, was rolled out under his successor Tim Cook in October, 2012. Looking at industry-wide tablet sales numbers for January 2013, which show that the iPad Mini surprisingly outsold its larger sibling by a substantial margin (as did 7-inch Android tablets from competitors), Motley Fool's Evan Niu thinks that the 7.9-inch form factor was the correct size all along, contrary to Jobs' pronouncements (which, of course, was partly marketing bluster — but he chose the larger size in the first place). Of course the Mini is cheaper, but not by much — $329 vs. $399 for the larger iPad, for the baseline model with WiFi only and 16GB storage. Had Apple introduced the iPad with the smaller size to begin with, Niu argues, competitors would have faced a much more difficult task grabbing market share. While the Mini is currently available only with 'Super VGA' resolution (1024x768), rumors are afloat that Minis with the Retina display (2048x1536) are close to production."

New submitter fluxgate writes "Steve Mann (whom you might know for his having pioneered wearable computing as a grad student at MIT back in the 1990s) writes in IEEE Spectrum magazine about his decades of experience with computerized eyeware. His article warns that Google Glass hasn't been properly engineered to avoid creating disorientating effects and significant eyestrain. While it's hard to imagine that Google has missed something fundamental here, Mann convincingly describes why Google Glass users might experience serious problems. Quoting: 'The very first wearable computer system I put together showed me real-time video on a helmet-mounted display. The camera was situated close to one eye, but it didn’t have quite the same viewpoint. The slight misalignment seemed unimportant at the time, but it produced some strange and unpleasant results. And those troubling effects persisted long after I took the gear off. That’s because my brain had adjusted to an unnatural view, so it took a while to readjust to normal vision. ... Google Glass and several similarly configured systems now in development suffer from another problem I learned about 30 years ago that arises from the basic asymmetry of their designs, in which the wearer views the display through only one eye. These systems all contain lenses that make the display appear to hover in space, farther away than it really is. That’s because the human eye can’t focus on something that’s only a couple of centimeters away, so an optical correction is needed. But what Google and other companies are doing—using fixed-focus lenses to make the display appear farther away—is not good.'"

MojoKid writes "Aside from the terrible nickname (it sounds like a term for the spoiled offspring of fabulous people), phablets are somewhat controversial because they seem to be the epitome of inflated phone sizes. A lot of people wanted bigger, and this is 'bigger' to the extreme. A larger screen on a smartphone is attractive for obvious reasons, but surely there's a limit. So how big is too big? If you're not into parsing out the particulars of form factors and use cases, here's a really easy way to figure out if your phone or phablet is too big: Can you hold the device in one hand and 1) unlock the phone, 2) type out a text message with your thumb, and 3) adjust the volume with the rocker without using your other hand? If not, you might need a smaller phone."

Press2ToContinue writes with this excerpt from ExtremeTech: "With products like Google's Glass, the Oculus Rift, and even certain features found on the Nintendo 3DS, augmented, mixed, and virtual reality are starting to make some headway in the consumer space. Canon, best known for its cameras, is looking to break into the mixed reality scene with its new head-mounted display. ... The core of the setup is the Canon HMD (head-mounted display) which works in conjunction with various sensors — optical and magnetic, as well as visual markers — to help create the mixed reality environment. The HMD employs two cameras located in front of each eye that captures video and shoots it off to an off-board, tethered computer. The computer then combines the real-world visuals with computer-generated visuals, and beams that back to two monitors placed in front of the eyes within the HMD. The unit combines with a development platform, dubbed the MR Platform, which allows companies to create mixed reality images to display on the HMD."

An anonymous reader writes "For a while now, John Carmack has been pushing to bring virtual reality technology back to the gaming world. VR was largely abandoned over a decade ago when it became apparent that the hardware just wasn't ready to support it. In 2013, things are different; cheap displays with a high pixel density and powerful processors designed for small systems are making virtual reality a... reality. One of the last obstacles to be conquered is latency — the delay between moving your head and seeing your perspective change in the virtual world. In a lengthy and highly-technical post at #AltDevBlogADay, Carmack has outlined a number of strategies for mitigating and reducing latency. With information and experience like this being shared with the game development community at large, it shouldn't be long until VR makes a permanent place for itself in our gaming lives."

First time accepted submitter hochl writes "The Blender Foundation has announced a new release of the popular, free 3D design program Blender. From the release page: The Blender Foundation and online developer community is proud to present Blender 2.66. This release contains long awaited features like rigid body physics simulation, dynamic topology sculpting and matcap display. Other new features include Cycles hair rendering, support for high pixel density displays, much better handling of premultiplied and straight alpha transparency, a vertex bevel tool, a mesh cache modifier and a new SPH particle fluid dynamics solver."

First time accepted submitter Lirodon writes "Just when you thought Google's rumored Chrome OS laptop, the Chromebook Pixel, was an elaborate fake, think again. This high-end Chromebook with a 12.85-inch high resolution touchscreen (available in both Wi-Fi only and Verizon LTE versions) and an Intel Core i5 processor under the hood is super fancy, and also super expensive: starting at $1299. Would you want to pay that much for what is essentially a premium netbook?" Engadget has a hands-on with the device.

rtoz writes with a quick bite from rtoz.org about Google's latest news about Project Glass: "Google has released video preview of its forthcoming Google Glass wearable headset, providing a fresh, and more realistic look at the device's user interface. Based on the demo, Google Glass will allow users to receive and execute onscreen directions, send voice-controlled messages, and search the web through speech. The UI also includes voice-controlled photos, and suggests that the device will offer onscreen translation support. And, it looks like the Google Glass will be water-resistant. Google has previously said it is aiming to launch Glass by early 2014, though it is already pushing out developer editions priced at $1,500." They're looking for developers, but only if you're hip enough.