Tag Archives: Visualized

Visualized: The Jolla phone’s ‘other half’ kaleidoscope

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Visualized Jolla phone's 'other half' kaleidoscope

Following some important pricing details, preorder launches and some concrete hardware specs, we've just got to play with the new Jolla phone. Sure, we've already toyed with the software, but today's event is all about the new physical home for the Sailfish OS. It could be a difficult sell in the cutthroat world of smartphones, there's certainly something compelling in Jolla's split design and all those of color options, regardless of what functionality they might add in the future.

Gallery: Jolla phone colors hands-on

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Visualized: Google Glass prototypes

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Visualized Google Glass prototypes

As a part of the 7 Techmakers and a Microphone panel tonight at Google I/O, Project Glass Staff Hardware Engineer Jean Wang dropped in this slide reflecting on the process of developing the headset. We've seen pictures of a few early Glass prototypes before, but as she describes, this shows off the full process from strapping a cellphone to a pair of goggles along with a pico projector shining directly into the wearer's eyes. The jump from off the shelf components to custom 3D-printed materials is represented in the third version (top right), and allowed the progress seen along the bottom row.

She also got a laugh pointing out that the Glass-inspired SNL skit starring our friend Fred Armisen wasn't "too far off" the team's initial efforts in gesture and voice control. The panel itself focused on a series of TED-style segments featuring seven women discussing being technical leaders inside their company. You can check out the entire thing embedded after the break or just zoom to the Google Glass part (6:13) for more details.

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Via: Danny Sullivan (Twitter)

Source: Google Developers (YouTube), Google Developers

Visualized: Google I/O’s colorful circle of ChromeBook Pixels

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Visualized Google IO's circle of Pixels

Google loves to use I/O as a platform for sharing its creativity with the world. This year, one of the masterpieces is a circular edifice consisting of two lines of Chromebook Pixels, with each keyboard on the outside. Ultimately, the artistic monument appears to highlight the Pixel's touchscreen and high-def display, as it flashes a wide variety of colorful imagery and music as you interact with each monitor. We have a gallery of images and a brief video below, showing off some of what this clever spheroid of Chrome OS can do.

Gallery: Google IO Chromebook Pixel circle

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Visualized: Space hurricane! NASA’s Cassini records super cyclone on Saturn (video)

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Visualized Space hurricane! NASA's Cassini records super cyclone on Saturn video

If the crashing sound of lightning striking Saturn wasn't enough to excite your inner-meteorologist, then perhaps footage of a raging extraterrestrial hurricane will win you over. After orbiting the ringed planet for nine years, NASA's Cassini probe has managed to snag video of a super storm on the celestial body's north pole. Cloaked by the darkness of winter, the hurricane's eye became visible as Saturn's northern hemisphere transitioned into spring. Unlike the tropical cyclones of Earth (see: Hurricane Katrina, Sandy and Irene), this furious typhoon has been spinning for several years and has winds that flow at speeds exceeding 300MPH. Further differentiating itself from our world's whirlwinds, this alien cyclone is locked to its planet's north pole and is fueled by small amounts of water vapor instead of an actual ocean. Completely in a category of its own, the hurricane's eye measures about 1,250 miles wide and is surrounded by fluffy white clouds the size of Texas. To see this Saturnian fury in all its glory, check out the video after the break and feel free to leave your gratuitous hurricane names in the comments below.

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Source: NASA

Visualized: Boeing supersonic airliner concept soars in a wind tunnel, quietly

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Visualized Boeing's supersonic airliner design carves wind tunnel air, quietly

No, you're not looking at an early preview of Star Wars Episode VII -- it just might represent the future of air transport, though. Boeing has spent years developing a truly quiet supersonic airliner concept, the Icon II, and what you see is an aerodynamics test of a mockup in a vaguely Death Star-like wind tunnel at NASA's Glenn Research Center. The starfighter design is for more than just show, as you'd suspect. Its V-tail design moves sonic booms further back, reducing the chance that shockwaves will reach the ground (and our ears) intact, while the top-mounted engines isolate engine noise. Boeing and NASA are ultimately hoping for production passenger aircraft discreet enough to fly over land at supersonic speeds, although we can't help but think that the sci-fi look is a convenient bonus.

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Source: New Scientist

Visualized: Facebook Home’s assortment of abodes

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Visualized Facebook Home's variety of abodes

As you may have heard, Facebook Home has finally made its way to a select number of devices from HTC and Samsung. While the initial rollout was a little shaky, we were able to grab the social network's latest mobile triumph on every device that officially supports it. What you see above is the full spread of devices that are listed as candidates for the downloadable APK's launch (the HTC First excepted, which we have unfortunately already shipped away): from left to right, you'll see the Samsung Galaxy Note II, Galaxy S III, HTC One X+, One X and the One. For folks who already have access to it, the One isn't officially supported yet, but it's been announced and it should be coming soon.

We've already gone into painstaking detail of Facebook Home in our review of the HTC First, so we won't dwell too much on the downloadable version. In short, as we expected, the interface seems quite a bit more quiet than our experience on the First simply because it doesn't offer the same system-level integration; in other words, the devices shown in the above image are only able to display notifications related to Facebook services. You can still access your usual suite of alerts through the status bar at the top of the screen, but just make sure to go into Home settings to enable this functionality. Aside from the difference in notifications, the downloadable APK differs from the First's pre-loaded version in that no Google search bar sits upon the top of Home's app menu. Other than that, you'll be hard-pressed to find any major variances in Cover Feed, chat heads or the app launcher. If you're curious to see exactly what it looks like on a Samsung Galaxy S III, check out our gallery of screenshots below.

Note: To ensure that everything works the way it should on your phone, make sure the official Facebook and Messenger apps are installed and completely up-to-date.

Gallery: Facebook Home screenshots (Samsung Galaxy S III)

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Visualized: Seattle Mariners unveil ‘largest screen in Major League Baseball’

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Seattle Mariners buy new HDTV, invite friends over for a game

This week, the Seattle Mariners showed off a new 3,840 x 1,080, surface-mount LED display at Safeco Field -- one the team's PR department touts as the "largest in Major League Baseball and among the largest in all of sports." At 201.5 feet wide by 56.7 feet tall, its surface area of 11,425 square feet places it behind massive screens at Charlotte Motor Speedway (16,000 square feet) and Cowboys Stadium (11,520 square feet). That's good enough, the team said, to rank as the third-largest sports-venue display in North America and surpasses Kauffman Stadium's HD scoreboard as the largest in baseball. Roughly 1,200 individual panels make up the screen, offering a total of 4,147,200 pixels -- more pixels than the 2.6-megapixel Cowboys Stadium display, the team pointed out.

To feed their new HD beast, the team revamped its video control room and upgraded to high-def cameras throughout the stadium. A 64-bit operating system called VisionSOFT allows the team to mix in multiple video sources, from in-house animations and HD video feeds to out-of-town footage from broadcast partners. All told, the HD upgrade required about 3,000 each feet of power, video coax and Cat5 cables. Along with showing ads, stats and replays, the team will take advantage of the HD resolution to display social media updates from fans during games via Twitter, Google+ and other sources.

You can check out more shots of the new screen in action after the break.

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Visualized: JetBlue and ViaSat test Fly-Fi in-flight WiFi… from the ground

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Visualized JetBlue and ViaSat test FlyFi inflight WiFi from the ground

Gogo's ground-to-air transmitters typically mandate evaluating service while jetting around the country above 10,000 feet. Sure, you don't need to waste fuel flying around an empty airliner, but even the company's small jet can burn through quite a bit of cash. ViaSat, on the other hand, can do much of its service testing on the ground, using that fairly ordinary Ford van pictured just above. The reason, of course, relates to the location of the company's transmitter -- namely, the ViaSat-1 satellite, positioned some 22,000 miles above the ground. In the air, planes will actually be nearer to the orbiting device, rather than farther away, and assuming a line-of-sight link from the road, the truck can work out kinks at a fraction of the cost.

That white dome atop the van, which is similar to the device that'll soon be mounted on JetBlue's fleet, maintains a constant connection by rotating instantly as the van moves -- if the vehicle's heading changes, the antenna array will turn, too, so it's always pointed directly at the sat in the sky. You may have seen ViaSat's van driving down Southern California's freeways, but the rig has just arrived in Orlando, for some additional testing a few degrees away from the company's Carlsbad home. Assuming all goes well here, you'll be shooting around the web courtesy of Fly-Fi in no time at all.

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Visualized: step inside CERN’s particle-detecting Compact Muon Solenoid

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Visualized Step inside CERN's particle detecting Compact Muon Solenoid

It's spring maintenance time over at the Large Hadron Collider, and the folks at CERN have seen fit to crack open the Compact Muon Solenoid to get at some of its loose connectors. You see, after three years, 99-percent of the the lead tungstate-based electromagnetic calorimeter's channels are currently operational -- but its keepers think it can do better, working on a less than reliable connection that has the preshower down to a paltry 97-percent. Naturally, they've cracked the thing open and thankfully given us a peek inside the beast.

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Source: CERN