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Not really a technology news but what I saw last night was nothing less than a jaw dropping techno – traditional work of Art, Synchronization and dedicated hard work that showcased the start of the biggest events of the modern times. Yes I am talking about the Opening Ceremony of the Beijing Olympics 2008 performed by over 14,000 artists and performers held at the Bird’s Nest Olympic Stadium on 8.08.2008 and witnessed by 91000 people live and 2.5 billion TV Viewers Worldwide.

Bird's Nest Lights up with Fireworks at the Opening Ceremony of the 29 Olympic Games at Beijing on August 8, 2008

Bird's Nest Lights up with Fireworks at the Opening Ceremony of the 29 Olympic Games at Beijing on August 8, 2008

Well i could not make my mind not to put this topic here but i wanted to keep some commemorative material up with me so that i could never forget this once in a lifetime experiance that superceedes all our expectations.

91,000 Spectators and 14000 Permformers marked their presence in the Opening Ceremony of Olympics at Beijing

91,000 Spectators and 14000 Performers marked their presence in the Opening Ceremony of Olympics at Beijing

The Olympic cauldron is lit during the opening ceremony of the Beijing 2008 Olympic Games at the National Stadium August 8, 2008. The stadium is also known as the Bird's Nest.

The Olympic cauldron is lit during the opening ceremony of the Beijing 2008 Olympic Games at the National Stadium August 8, 2008. The stadium is also known as the Bird's Nest.

Opening Ceremony of Beijing Olympics 2008

Olympics Flame Lighting Ceremony

Fireworks Display: Opening Ceremony of Beijing Olympics

Well i cannot describe the whole Ceremony but would surely like to share all the Pictures that i collected since morning off the internet from blogs, websites, news portals…etc. and now put up here as a slideshows below so that you can all remember this golden day!

All I can say  right from the core of my heart is : Well Done China!!

There’s a palpable level of excitement in the office today, and there’s only one reason: we’ve got our hands on a fully working iRiver Spinn in its ready-for-sale state, and man are we excited. This is one of the most hotly anticipated MP3 players of the year, and has been since the world got its first glimpse of a dummy model back in January.

“This is epic,” exclaimed Andrew Slim. “Nate, I’d happily make love to this,” announced Ian Morris. “It just won’t stop itching, I don’t understand,” admitted Rory, mis-hearing our question.

Rather than only giving the unbelievably crisp 84mm AMOLED screen superb touch-sensitive navigation, iRiver has innovated a new type of input method in the form of a mechanical scroll wheel in the top-right corner. Spinning this — hence the name — scrolls through menu items, both horizontally and vertically depending on the menu you’re in, and can be clicked down to select.

It works well, although at times it’s a little touch sensitive, and it takes a short while to get used to. We actually found that we did half our navigation with the wheel, and half with our finger on the touch-screen.

And never have we seen a screen so crisp and so bright. Images are stunning; videos are smooth and sharp. In fact, in the video menus, moving thumbnails are used to illustrate listed videos, and there’s enough detail given by the screen to make this look damn impressive.

The slick menu system is plain but effective, and complements the analogue scroll wheel with what appears to be an interface similar to the dials on an analogue radio tuner. Did we mention it rumbles like a phone? Clicking back through menus, for example, causes the Spinn to gently vibrate. Pointless, yes. Awesome, totally.

Awesome too is sound quality. The Spinn supports MP3, FLAC, WAV, WMA, APE, ASF formats according to the box, but we found it also plays WMA Lossless. We played a range of FLAC and WAV tracks through our Denon AH-D5000 reference headphones, and heard an extremely clear sound, with a notably high volume level.

In an interesting move, Adobe Flash games are supported. Files must be in SWF format and seem to be limited to 1MB as a maximum file size. Out of our 20 most addictive Flash games ever made, we only got Chimgam to play, but it did at least play really well — just like it does on a PC. Sadly, YouTube videos won’t work, no matter how large or small.

The Spinn comes with 4GB, 8GB or 16GB of internal capacity. 16GB is pretty good for a player that supports so many lossless audio formats, and we’re told iRiver is being pressured to bump the capacity to 32GB, although the demand for this much memory in Korea — iRiver’s home — isn’t high.

There are some downsides, however. First and foremost, the Spinn’s not expandable. We would have loved to see microSD support. AAC files aren’t compatible. One or two guys here in the office found the mechanical scroll wheel a little awkward to use unless you hold the player with a certain grip. It’s not a deal-breaker, but opinion on the usability of the wheel is, at the moment at least, somewhat divided here at Crave.

But overall, we’re loving the Spinn — it’s well worth the excitement. We’re going to have a full review for you as soon as we’ve tested the player to death and translated our findings from brainwaves to letters. For now, what do you want to know? Tell us in the Spinn’s official forum thread, where we’ll answer as much as we possibly can.

Until then, enjoy our collection of unboxing, hands-on, comparison and in-menu photos over the next few pages, and all being well you’ll be as excited about it as we are. It’ll be available to buy in the UK from Advanced MP3 Players. -Nate Lanxon

Shuttle's custom version of Foresight Linux on the new XP19 monitor.Shuttle’s custom version of Foresight Linux on the new XP19 monitor.

Attending LinuxWorld might be a first for us here at Crave. But I did want to head over to the expo, held at the Moscone Center here in San Francisco, to see Shuttle’s latest mini desktop, the KPC K4800, live and in person.

Turns out there was more for us to see than we thought–bonus! Along with its just-released $299 mini desktop, Shuttle also had the $199 K4500 on display at the Foresight Linux booth. (Foresight actually created a custom OS just for Shuttle machines.) The KPC 4800 was hooked up to a new display Shuttle is offering.

Bug Labs

Bug Labs’ Bug Base gets a few updates.

Bug Labs interface

The Bug Base now has a Web browser.

The XP19 Monitor is almost iMac-esque with it’s picture-frame style support. But the similarities really end there, since it’s silver, and of course, just a monitor.

Shuttle says the XP19 is 0.9 inches thick, has a 5-millisecond response time, a 9-millimeter border, and integrated speakers. Also, there will be a tablet version of the XP19 in late October or early November.

Bug Labs was also on hand, showing off a few new updates to its Bug Base gadget platform. The hardware is essentially the same, but the software interface for the Lego-like gadget prototyper has been improved. The device now runs Poky Linux–which is intended for small devices–and now has a Web browser and window environment. The software update, available in either late August or early September, will also support Wi-Fi. Also, we hear the MMCmicro card slot will be switched out in favor of microSD in the next version.

OLPC had a booth in the nonprofit “.org” section of the expo hall, but it was really just showing off the XO. No XOs with XP to be found, unfortunately. But still, there was a steady stream of conference attendees crowding around the tiny green-and-white machines.

Absent was the XO’s rival, the Classmate PC from Intel. The chipmaker is currently working on the third-generation version of the low-cost laptop which runs both Linux and Windows XP. And though Intel had a fairly large booth at LinuxWorld, a woman manning it said she hadn’t even heard of the Classmate.

OLPC XO

A row of XOs at LinuxWorld 2008.

The Large Hadron Collider will go on-line in one month (CERN/LHC)

The Large Hadron Collider will go on-line in one month (CERN/LHC)

It’s official, the Large Hadron Collider (LHC) will begin operations in a little over a month. On September 10th, the most sophisticated particle accelerator will go online, injecting the first circulation of accelerated particles. Actual experiments involving collisions will occur once scientists are satisfied the LHC is fully optimized and calibration is complete. The LHC has been undergoing “cool-down” for some time, ensuring the LHC’s eight sectors are approaching the 1.9K (-271°C) operational temperature (that is 1.9 degrees above absolute zero). All going well, on September 10th, the first beam will be accelerated to an energy of 450 GeV (0.45 TeV), the preliminary step on the path to attaining particle energies of 5 TeV, a record breaking target… awesome.

Earlier today, CERN announced that the LHC will be ready by September 10th to attempt to circulate a beam of particles. This news comes as the “cool-down” phase of LHC commissioning reaches a successful conclusion, cooling all eight sectors to 1.9 degrees above absolute zero. To manage temperatures this extreme has been a long and painstaking task, referred to as a “marathon” by the project leader:

We’re finishing a marathon with a sprint. It’s been a long haul, and we’re all eager to get the LHC research programme underway.” – LHC project leader Lyn Evans.

Now scientists and engineers must synchronize the LHC with the Super Proton Synchrotron (SPS) accelerator, which is the last component in the LHC’s particle injector chain. For the system to work, the LHC and SPS must be synchronized to within a fraction of a nanosecond. This task is expected to begin on August 9th (Saturday). These calibration tasks are expected to continue through August and into the beginning of September, preparing the LHC for its first particle injection on the 10th.

The LHC will accelerate particles to relativistic velocities, accessing energies previously unimaginable. Once the LHC reaches its optimum design specification (possibly by 2010), it will generate beams seven-times more energetic and 30-times more intense than any other particle accelerator on the planet. The accelerator ring lies below the Swiss countryside with a circumference of 27 km (17 miles).

Source: CERN

The Vasimir experiment (Ad Astra Rocket Corporation)

The Vasimir Experiment
(Ad Astra Rocket Corporation)

NASA Administrator Michael Griffin has announced his intentions to send an advanced spaceship propulsion prototype to the International Space Station for advanced testing. The Variable Specific Impulse Magnetoplasma Rocket (Vasimir) is currently in an experimental phase, but Griffin hopes that a scale model will be ready for one of the remaining Shuttle-ISS missions before 2010. The Vasimir concept bridges the gap between conventional (fuel hungry, high thrust) rockets and economical (fuel efficient, low-thrust) ion engines. Vasimir achieves this by using an ingenious method of ionizing and heating a neutral gas fuel…

It sounds like an idea from the “let’s do something useful with the Space Station” department in response to recent criticism about the quality of science that is being carried out on the $100 billion orbiting outpost. Michael Griffin, attended the July 29th AirVenture show in Oshkosh and was asked about the status of NASA’s advanced space propulsion research. In response he outlined plans to begin testing the Vasimir on board the ISS within the coming years. This possibly means that Vasimir will undergo vacuum testing on the outside of the station. (NOTE: This is not a propulsion device for the Space Station itself, it will remain in Earth orbit for the rest of its years, regardless of the optimistic idea that it could become an interplanetary space vehicle.)

Vasimir on the test-bed (Ad Astra Rocket Corporation)

Vasimir on the test-bed
(Ad Astra Rocket Corporation)

The Vasimir uses a gas, like hydrogen, as a fuel. When injected, the engine turns the hydrogen into a plasma (a highly ionized state of matter). Through the use of intense radio signals emitted from powerful superconducting magnets, the engine is able to produce this plasma and energize it. The hot plasma is then focused and directed by a magnetic nozzle which creates thrust. The Vasimir turns out to be a very efficient way to get optimal thrust from minimal fuel (a quantity in rocket science known as “specific impulse”) through ionizing a fuel and accelerating it with a magnetic field. Such a technology is far more efficient than conventional rockets (as it uses less fuel) and provides more thrust than ion engines.

At the moment, the Vasimir looks as if it is in a “test-bed” phase of development, resembling something too large and unwieldy to be put into space, but Griffin is hoping a scale model may me taken to the ISS, possibly by one of the remaining Shuttle flights before 2010.

The engine itself is being developed by the Ad Astra Rocket Corporation and NASA signed a co-operation agreement with the company in 2006 in the hope of working on large-scale testing of rocket products. Naturally, Vasimir testing on board the Space Station would be of tremendous value in the research of this technology (but there is no mention that the Vasimir could be used as an ISS propulsion device, shame really).

Source: Flight Global

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