The Battersea Power Station in London has been defunct since 1983, and urban developers have been scratching their heads to come up with a way to preserve the largest brick structure in all of Europe. Some wily Irish developers have come up with a way to turn the empty building into what they're calling a "solar driven natural ventilation system" attached to shopping malls, 3,000 homes, and a boutique hotel. The 1,000-foot glass tower would use a funnel structure to force heat out of the complex using convection all the while providing a striking addition to the London skyline. All in all, developers say this would make the complex carbon neutral. If the plan goes through, the structure could be completed as soon as 2019.

There's no shame in admitting that shape-shifting creatures are a touch frightening, but we'll go ahead and warn you -- those spooked by petite bots will be utterly terrified by this. The SkinForm Project has arisen from the University of Technology Sydney, and while there aren't any elaborate details available just yet, it's described as an "intelligent pneumatic structure that transforms dynamically in response to socio-physical context." Additionally, it seems to utilize a plethora of sensors and rely on a good bit of software programing in order to become the transforming architecture that it is. If all goes as planned, the initiative will be completed on June 12th, but you can take a look at a number of in-progress videos right down there in the read link below.

We've already seen radars come in handy when dodging impending attacks and avoiding accidents, but researchers at MIT are utilizing the technology to make sure our roadways and structures aren't pushed beyond their limits. A newfangled handheld device uses FAR-NDT (far-field airborne radar nondestructive testing) in order to "see through the fiberglass-polymer wrapping often used to strengthen aging concrete columns to detect damage behind the wrapping not visible to the naked eye." Furthermore, the technique can be executed from about 30 feet away and "requires no dismantling or obstruction of the infrastructure" in order to provide instant feedback. Unsurprisingly, creators are suggesting that it will be best used on bridges and piers which are typically difficult to carefully inspect, and while there's no word on when this stuff will hit DOT offices nationwide, current prototypes are panning out quite well.

[Via Physorg]

While the architectural playground that is Dubai isn't running low on innovative buildings, David Fisher is hoping to add yet another skyscraper to the mix with his self-sufficient and energy generating Twirling Tower. The 68-story "combination hotel, apartment, and office" would sport floors that each rotate 360-degrees in the span of about 90 minutes, creating a "constantly changing architectural form." His claims begin to elicit suspicion, however, when a promotional video (seen after the break) for the building claims that it can snag enough wind to not only power the building itself, but to energize ten other similar buildings just like it. Of course, we aren't taking that too seriously considering that he actually mentions that supplying electricity to the floors would be "similar to how a moving train captures power by staying in constant contact with a power source, like an overheard wire or third rail." Nevertheless, Mr. Fisher sure seems determined to get this thing up in the sky, but as with most big dreams in Dubai, moving beyond the drawing board is where things get tough.

[Via Inhabitat]

While you've been off dreaming of long-range WiFi, Intel's not forgotten about its Penryn / Nehalem architectures, and thanks to an uber-boring slideshow presentation, we now know more than ever about the forthcoming duo. As expected, there isn't much new on the oft detailed Penryn front, but the fresher Nehalem most certainly piqued our interest; while built on the same 45-nanometer technology as its predecessor, Nehalem is being hailed as "the most dramatic architecture shift since the introduction of the front-side bus in the Pentium Pro in 1996." Attempting to back up such bold claims came news that HyperThreading would be native to Nehalem, and it would "share data at the L1 and potentially, the L3 cache levels," allow eight-core CPUs to clock down to two / four, and boast scalability options to satisfy a wider market. Most intriguing, however, was the "optional high performance integrated graphics" that could reportedly be included on the same processor die, which could certainly prove interesting if crammed into, say, a UMPC. So if you're still not satisfied with the highlights, and don't get enough mundane PowerPoint action from your corporate employment, be sure to hit the read link when your friends aren't looking.

If you're desperate for some positive Intel news after hearing those less-than-inspiring margin forecasts earlier today, the chipmaker is once again keeping itself on track in regard to pumping out its forthcoming 45-nanometer processors. While we were briefed on the dual-core Wolfdale and quad-core Yorkfield just a few weeks back, Intel is now claiming that its Penryn-based chips are "complete" and will play nice with Windows Vista, Mac OS X, and Linux operating systems when they hit the shelves. Both chips are (still) slated to hit production during the second half of this year, with manufacturing to hit full stride during 2008. Penryn is supposed to "extend the Core 2 architecture" by playing host to the next set of Intel's Streaming SIMD Extensions (SSE), and will also lend a hand in the future development of Montevina, and just in case you're the (way) forward-looking type, you can expect Penryn's successor -- dubbed Nehalem -- to roll out in late '08.