Top 100: The most desirable cars of all time

James Holloway

The newly opened installation will stay put until October, 2014 (Photo: Alex Chinneck)

It's not unusual to see a project that straddles the worlds of art and architecture, but this piece by Alex Chinneck, wonderfully titled From the knees of my nose to the belly of my toes, is surely a stand-out. I'm not sure which is the most eye-catching feature of this bizarre refurbishing of a four-story house: the curving brick facade that seems to have slipped down onto the ground, or the gaping cavity exposing the innards of the top floor as the notional result of said slide.  Read More

Rubber Band Machine Gun

With its Rubber Band Machine Gun, or RBmG for short, XYZbot hopes to bring a new level of firepower to living room warfare. The wooden, battery-powered gatling gun is capable of unleashing devastation at a rate of 800 rounds (well, rubber bands) per minute and, should its crowd funding campaign prove successful, it'll ship as a build-it-yourself kit you can put together in half an hour.  Read More

Empower Playgrounds' merry-go-round

At first glance, a merry-go-round that generates electricity appears to be a charming idea. But Empower Playgrounds President, Ben Markham, came up with the idea in 2006 during an 18-month stint volunteering in Ghana. There he was struck by the lack of lighting in rural schools and dwellings, as well as the paucity of playground equipment. A charming idea it remains, but it's a serious one, too.  Read More

Fiber optic sensors are being installed along all of Hong Kong's commuter rail lines (Phot...

A team from the Hong Kong Polytechnic University is to release details of a seven-year program to monitor a 36-km stretch of high-speed rail line using a series of special fiber optic sensors . According to a press release put out by the Optical Society, the system has detected "anomalous vibrations" on 30 occasions, allowing the early rectification of emerging problems that could conceivably have gone on to cause rail accidents.  Read More

Are we really a step closer to harnessing the power of lightning? (Photo: Wim Vandenbussch...

In a development that would seem to bring a whole new meaning to the term Lightning charger, Nokia and the University of Southampton claim to have used simulated lightning to charge a Nokia Lumia 925 mobile phone. A University press release states that a 200,000 V was "sent" across a 30 cm gap with the light and heat generated supposedly similar to that of a lightning strike. But is there really any cause for excitement, or are we merely witnessing special effects?  Read More

Side by Side (Photo: Tammy Kalinsky) Industrial designer Tammy Kalinsky has come up with a simple yet ingenious accessory for the wheelchair which allows a friend, relative or caregiver to push the chair while walking beside rather than behind it.  Read More

Terrafab generates 3D-printable models from geographical data Here's a bit of fun. Terrafab is a web app that uses a simple, familiar map interface with which visitors can select their favorite piece of Norway to 3D print at home (or order a print of, if they're yet to take the home-3D printing plunge).  Read More

Gizmag sits in on Ubisoft's latest live gameplay demo

Gizmag popped to Eurogamer Expo on Friday to see the latest demo of forthcoming video game Watch Dogs, one of a handful of non-sequels set to grace the next generation of consoles upon their release in November (as well as those already on the market, and the PC to boot). Though we could only observe the live demo, what we saw looked like a decidedly current-generation experience.  Read More

Valve announces third-party Steam Machines, which will land in 2014

Hot on the heels of the announcement of its own Linux-based operating system, SteamOS, computer game developer and distributor Valve has announced a range of SteamOS gaming computers called Steam Machines. The machines will be built by other companies with the aim of bringing PC gaming firmly into the living room.  Read More

An unlikely tool for sewage treatment (Photo: Stuart Pilbrow)

A team of Taiwanese researchers is to demonstrate a method of treating sewage using old optical disks such as CDs. The disks are used as a platform to grow minuscule nanorods of zinc oxide, a known photocatalyst capable of breaking down organic matter. By spinning the disks, sewage water spreads into a thin layer through which light can pass, exciting the nanorods into action.  Read More

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