Like the Grand Theft Auto RC missions come to life, this helicopter can grasp objects for transport. They don’t have to be a special size or shape, and it can lift them even if they are not centered. This is thanks to a load-balancing hand (originally developed as a prosthesis) that relies on flexible joints and a tendon-like closing mechanism. As you can see in the video, the light-weight chopper has an on-board camera so that the operator can see what is being picked up. This little guy has no problem lifting objects that are over one kilogram while remaining stable in the air.
“Owning the Weather” is a documentary about geo-engineering by Robert Greene. It’s about whether or not we should engineer the weather and the different impacts that this has. And not only because we can, but also because actually we are already doing so.
To create Brilliant Noise, Semiconductor (aka Ruth Jarman and Joe Gerhardt), went through hundreds of thousands of computer files to select some of the sun’s most spectacular and unseen moments and compose a video animation on the oscillations of the star. Taken by orbiting satellites, the images reveal the energetic particles and solar wind as a rain of white noise.
Through a process of audio data processing, Semiconductor used images to control the fluctuations of sound. The sound varies, crackles, buzzes and falters according to the brightness of the image, highlighting the hidden forces at play upon the solar surface.
Simple and quietly mesmerizing, Zilvinas Kempinas‘ screen of “white noise” was one of the superstar of the shows. Seen from afar, the screen vibrates and sounds like the fragmented black and white pixels of an untuned video source. As they move forward, visitors realize that the screen is an opening into the wall stretched with horizontal lines of videotape vibrating in the currents of air created by fans. Unlike a magic trick which looses its spell as soon as the artifice behind it is revealed, White Noise gets more fascinating the closer you get to understanding it.
Currently in the prototype stage, from medgadget.com:
Researchers at the University of Michigan have developed tiny generators that can produce enough electricity from random, ambient vibrations to power a wristwatch, pacemaker or wireless sensor. In humans, these vibrations could come from moving muscles or limbs. The generators have demonstrated that they can produce up to 500 microwatts from typical vibration amplitudes found on the human body. That’s more than enough energy to run a wristwatch, which needs between 1 and 10 microwatts, or a pacemaker, which needs between 10 and 50.
augmented sculpture is an art installation that combines three-dimensional sculpture and 2-D projections by lichtfront and grosse8. the project was recently presented at imm cologne 2010 where viewers could see the piece in action. the project consists of an abstract geometric form that is spiky and jagged all over. the sculpture itself is white making it the perfect canvas for colourful light projections. an array of digital projectors is beamed onto the form in accordance to the specific shape of the sculpture. the projection can illuminate each facet of the form individually making the sculpture appear to be illuminating from within.
From textually.org: Swedish software developer, The Astonishing Tribe, is testing a iPhone application called Reconiizr that will enable the user to find names and numbers of complete strangers.
The user simply has to take a picture of a person and hit the ‘Recognize’ button.
The photo is then compared to shots on social networking sites including Facebook and Twitter before personal information, which can include phone numbers, addresses and email addresses, is sent to the user.
The app works on phones with a camera of five or more megapixel resolution
One day, a spectacular picture popped up in my brain. It was an image of abandoned electrical appliances being played as musical instruments on a street in a town. Using this image as a starting point, I set up the same number of tube televisions and PC-controlled video decks correspond to the number of notes in a musical scale to create a set of gamelan percussion instruments. Tapping TV tubes produces primitive and cosmic electrical music.
Students of Stockholm’s two most prestigious design schools have collaborated to produce these awe-inspiring, full-wearable shoes, 3D printed in polyamid.
Naim Josefi and Souzan Youssouf, of Beckmans & Konstfack respectively, designed and modelled the shoes for Selective Laser Sintering (the one with all the powder and the lasers) and produced five pairs for Naim’s “Melonia” collection, shown during Stockholm Fashion Show earlier this month.
The concept for the shoes call for further exploration in ever-developing rapid prototyping processes. The pair envisage a world in which we could produce and recycle such objects in a closed loop.
When Tithi Kutchamuch learned that her dog died a month before she was able to return to her parents’ home, she realized that she wished she could have taken her pet with her everywhere. From there, she developed the idea of a secret friend: jewellery that was part of a pet animal that stayed at home. The jewellery acts as the connection when you are out and completes the sculpture when you are safely home again. Parrot Companion Parrot is the largest piece in the collection and the closest to life size, in order that the connection be made stronger.
HP has just unveiled an incredibly ambitious project to create a “Central Nervous System for the Earth” (CeNSE) composed of billions of super sensitive, cheap, and tough sensors. The project involves distributing these sensors throughout the world and using them to gather data that could be used to detect everything from infrastructure collapse to environmental pollutants to climate change and impending earthquakes. From there, the “Internet of Things” and smarter cities are right around the corner.
HP is currently developing its first sensor to be deployed, which is an accelerometer 1,000 times more sensitive than those used in the Wii or the iPhone – it’s capable of detecting motion and vibrations as subtle as a heartbeat. The company also has plans to use nanomaterials to create chemical and biological sensors that are 100 million times more sensitive than current models. Their overall goal is to use advances in sensitivity and nanotech to shrink the size of these devices so that they are small enough to clip onto a mobile telephone.
Once HP has created an array of sensors, the next step is distributing them and making sense of all the data they generate. That’s no easy task, granted that a network of one million sensors running 24 hours a day would create 20 petabytes of data in just six months. HP is taking all that number crunching to task however, and will be harnessing its in-house networking expertise, consulting, and data storage technologies for the project.
If you love futuristic musical madness, then these bizarre charts and mathematically-transformed pieces of sheet music from artist Marco Fusinato will delight you. Think of them as the abstract underpinnings for a movie like Darren Aronofsky’s Pi.
Fusinato brings together avant garde music and art in his work, creating imagery that looks like the results of a mad scientist’s musings on how sound functions. In this series of drawings, called Mass Black Implosion, he’s transformed scores for avant garde works into suggestions for what he calls “free noise,” by changing the order of the notes and suggesting new relationships between them. Basically he’s suggested a way to make something abstract even more abstract. In the process, he’s created charts that are gorgeously strange.
Link via io9.com, which contains a gallery of more fantastic images.
