Apparently, when CERN isn't colliding particles (and ripping massive holes in the space-time continuum), it's busy working on a new "internet" which will be 10,000 times faster than our current version. The project -- known as "the grid" -- is built atop completely fiber optic networks, and utilizes modern routing centers. By keeping traffic out of our current phone and data systems, the researchers have been able to achieve speeds heretofore unseen on previous networks. The system connects from CERN to 11 centers around the globe, and will be switched on when the Large Hadron Collider is activated, on what the group is calling "Red Button Day." Project heads believe a network with this speed will lead to all sorts of futuristic innovations -- like true cloud computing, holographic video conferencing, and really, really fast pirating of the entire Nightmare on Elm Street series.

Not content with blazing up your local connection at 20Mbps downstream and up, Verizon has once again bumped its already-painfully-fast FiOS broadband service into the realm of ridiculous. According to reports, the company is now offering a 30Mbps / 15 Mbps service at $89.95 a month, and the nerve-shattering 50 Mbps / 20 Mbps speed at $139.95. The telecom has also introduced symmetrical connections in all 16 states where it currently offers FiOS service, with a 20Mbps / 20Mbps on the up and down, starting at $64.99. Of course, it's all bleeps and buzzes in our particularly lonely corner of Brooklyn, where we'll have to suffer the indignation of a lowly 10Mbps connection until the big V blesses us with some real speed... you hearing us, dudes?

[Via GigaOM]

At around 7 p.m. on Monday, ISPs around the country experienced a period of slowdown, which seemed inexplicable until workers discovered that fiber optic lines in Cleveland, Ohio -- reportedly owned by Level 3 Communications -- had been the target of sabotage... by gunfire. Anders Olausson, a TeliaSonera AB spokesman, said that the company had lost the northern leg of its network, and when technicians pulled up the lines to inspect, it was apparent that, "Somebody had been shooting with a gun or a shotgun into the cable." The damage was spread out over nearly two-thirds of a mile along the lines, and the effect was felt across multiple networks. Cogent Communications warned customers that they would be experiencing outages, and blamed the disruptions on "cut lines," and Keynote's Internet Pulse Report showed that the provider was experiencing significant latency. As of now, the saboteurs remain anonymous and their motives unknown, but undoubtedly scores of WoW players wait in fear of their next attack.

Intel announced today that it has fabricated the first silicon laser modulator to encode optical data at 40Gbps, making it 40 times faster than some of the most sophisticated data networks. The company has been working on silicon-based modulators -- key elements in using lasers as a means of fiber optic data transfer -- for years, creating a 1Gbps version in 2004, and then a 10Gbps iteration in 2006. Intel currently spends thousands producing the modulators now, but it hopes to drive down costs in the near future, allowing for integrated silicon photonic circuits to be built featuring upwards of 25 individual 40Gbps modules, enabling transmissions of terabits of data in seconds. So what does all this scientific doublespeak mean for the hard working computer users of the world? Well let's just say that "stuff" is going to be getting "fast" sooner than you think.

[Via WSJ]

Corning announced today that it has overcome a major roadblock in the proliferation of fiber optic lines around the world (or at least where Verizon wants to pay to put them in). For years, providers have been struggling against a deficiency in fiber optic cable which causes the pipe to vent light when bent or curved, or lose it entirely if twisted too far. Now, however, researchers at Corning have developed a new variant to keep data moving: tiny, nanostructure "guardrails" that surround the fiber's core. The "rails" keep light from seeping out, yet are flexible enough to be wound around a pencil while delivering a signal at full strength. Corning hasn't put the piping into production yet, but when it does, Verizon says it's ready to use it -- which means pretty soon we're all going to be talking like that annoying kid from the FiOS commercials.

[Thanks, Larence M]

Although the idea of teleporting individuals from one place to another in order to sidestep the headache of rush hour traffic has been around for quite some time, a team of Australian physicists are busy making it work (on a smaller scale, of course). Granted, they don't fully expect their teleportation scheme to be used on humans in the near future, but there's always hope, right? Anyway, the team has developed a so-called "simple way to transport atoms," which involves bringing the atoms to almost absolute zero, beaming them with two lasers, and using fiber optics to transport them to any other place at the speed of light where they "enter a second condensate" and reconstruct. We'll keep you posted on when human trialing (hopefully) begins.

We highly doubt LumiGram's Luminous Fiber Optic Tablecloth was designed with power outages in mind, but why hook up a boring string of lamps or fiddle with half melted candles when you can plug this bad boy into the generator? The cloth, which has fiber optics woven throughout, cotton borders, and a Europlug mains adapter, proves most useful when the lights are dimmed, and should prove quite the centerpiece at your next get-together. The illuminating device is available in a trio of sizes, comes in a variety of color schemes, and will cost you a very unappetizing €949 ($1,270) for the privilege.

[Via LuxuryLaunches]

Unfortunately for most, traversing back and forth to Asia from America on a regular basis isn't exactly in the cards, but thanks to a $500 million project agreed upon by a 17-member telecommunications consortium, visiting via fiber will soon be a whole lot snappier. Telekom Malaysia, along with 16 other firms, have awarded a half billion dollar contract to Alcatel-Lucent and NEC to construct a 12,428-mile link between the west coast of America and Southeast Asia. The aptly-dubbed Asia-America Gateway will connect the western US with Malaysia, Singapore, Thailand, Brunei, Hong Kong, the Philippines, Guam, and Hawaii, while also offering "seamless interconnection" with Europe, Africa, and Australia. Moreover, the project is being designed to provide a "more secure link for traffic" across the seas, as it avoids the hazardous Pacific Ring in hopes of dodging massive internet outages due to unexpected earthquakes. Best of all, the wait time for the undersea cabling to make an impact is fairly reasonable, as users should see "faster and more reliable service" when it becomes operational in December of next year.

[Via Physorg]

It looks like MIT is raising the bar yet again, as this time it's taking a break from crafting autonomous UAVs and stackable vehicles to cram optical circuitry on your everyday silicon chip. In an effort to "integrate the optical circuitry with electronic circuitry" on the same silicon wafer, researchers have devised a method which will harness the "enormous power of light waves in networks" while offering up a way to manufacture the circuitry cheaply. The crew has reportedly already been playing around with a working prototype, and suggests that it could eventually "redefine how optical networks are built." Moreover, the development addresses the existing "signal weakening over distance" issue in fiber optic transmissions by "splitting the light beams as they pass through a circuit, rotating one of the polarized beams, and finally rejoining them on their way out of the circuit, which retains the signals' strength." While there's no projection of when this technology could actually hit the mainstream, anything that makes it less expensive to rollout FiOS (and similar networks) to more people most definitely has our vote.

We've seen plenty of space-aged (and cosmically-influenced) lighting systems in our day, but a newfangled German operation is melding high-class style, energy efficiency, and whole lot of pizazz into one nifty lighting structure. Neues Licht's UFO Chandelier rocks strands of fiber optics arranged above a floating ring, which give off a colored glow depending on whatever light source you attach to it. The designer, Simon Bruenner, describes his innovative chandelier as "simplicity from another planet," and describes that its origin of light can be from the sun or in a different room altogether. Furthermore, the fixture is reportedly waterproof, making it feasible for use in your new spa / pool room, and considering the potential energy savings from pumping in sunlight, you shouldn't have too much trouble convincing your SO that this thing's worthwhile. Simon's masterpiece was on display lighting things up at last week's Cologne Furniture Fair, and while there's no set date for mass production, we can't imagine Lowe's not jumping all over this one sometime soon.

[Via Inhabitat]

Data speed records are falling left and right these days but there doesn't seem to be any signs of the madness letting up, with Reuters reporting today that Siemens AG has joined the party, smashing the previous record for transmission rates over a single fiber channel using "exclusively electrical means." They maxed out at a speed of 107 gigibits per second before running out of steam -- that's reportedly a full 2.5 times faster than the previous record for a single fiber channel. What's more, they did it outside of the laboratory, using an existing a 100 mile-long fiber optic route in the U.S. According to Siemens, this record is particularly significant as it will reduce the need to split signals into a number lower data-rate channels in order to avoid bottlenecks, ultimately resulting in networks that are both faster and cheaper for customers. It looks like we'll still have to wait a while before we can take advantage of the speedy new technology, however, with the first prototype products based on it still a few years away.

[Via Reuters/Yahoo News]

Remember back in May when we told you about the latest data transmission record of 2.56 terabits per second? Well, consider that yesterday's technology, because Nippon Telegraph and Telephone (NTT) just decimated it by announcing a successful new bandwidth record of 14 terabits per second over 160 kilometers (nearly 100 miles) of fiber optic cable. We still think that someone needs to do some research on why Japan always gets the coolest stuff fastest -- not to mention how they get the fastest stuff first.