QMILCH: a revolutionary milk fiber proves a recipe for style

 

 

Developed by a German biologist / fashion designer, Anke Domaske, Qmilch or Qmilk is setting new standards in the field of man made fibers. Synthesized from a protein derived from sour milk, the resultant threads are something akin to silk in look and feel but unlike silk are less expensive, and hearty enough for standard washing and care. Additional benefits of the sleek milk fiber include decreased skin irritation and a number of environmental advantages.

 

 

According to the Qmilch site, each year approximately 1.9 million tonnes of substandard milk is discarded by the agricultural community in Germany alone. It is only from this milk, that would have otherwise been thrown away, that Qmilch is manufactured.

 

 

As Anke, the product’s creator, states in an interview with DW, ”We see milk fiber as an alternative to cotton. The special thing about it is that we can manufacture it without using any pesticides or chemicals and it only takes an hour to produce. That’s very environmentally friendly, it saves resources.”

 

 

Qmilch’s potential applications include, but are not limited to, clothing, home textiles, automotive materials and medical textiles. As for now, Qmilch is available for your wearing pleasure through Anke’s fashion label MCC. Thirsty for more? Link to a recent video interview with the products inventor/founder here.

Photos: 1, 3, 4. by Jannes Frubel, 2. by Anny CK

 

GOOGLE GLASS: The Singularity is Nigh

 

In 2005, inventor and futurist, Ray Kurzweil coined the term The Singularity, referencing the point at which technological progress will becomes so rapid and sophisticated it will transcend all human ability to comprehend it. According to his statistic driven predictions, this will be a time where humans and technology literally merge… where minds and bodies will regularly be augmented with genetic alterations, nanotechnology and artificial intelligence – the results of which will transform the human race into a super human one. So when will this all go down? According to Kurzweil’s 2005 book The Singularity Is Near - circa 2045, although some would argue his predictions are already coming true.

Recently, Google, in an attempt to make smart phone technology a more natural extension of the human body, has developed a somewhat revolutionary device - Glass - a headset/eyeglass combo that sets your hands and eyes free, all the while allowing you to text, ‘google’ information, take video and more, via a voice activated control system. Here is a bit on how it works…

 

 

 

 

 

 

 

So is this the new smart phone? Probably not just yet. For one, there are cancer concerns with having a radio frequency channeling device held to one part of the body for prolonged periods of time. Not to mention the fact that people are vain and at the moment these things look fairly geeky.

While Glass is not yet available for general purchase, Google recently wrapped up a “Glass Explorer” contest where the public could enter for the opportunity to buy the glasses for $1,500. The winners will be announced in mid March, so if you’ve not seen them already, be prepared to start spotting them on the street. According to Google, there will be additional opportunities to make Glass yours in the near future. So what do you think? Are smart phones on their way out? Personally, I’m holding out for the computer screen contact lens.

Images via Glass. Video via YouTube.

 

DREAMS OF A REVOLUTION: Dini’s D-Shape printer (video)

Civil engineer, robotics specialist and inventor Enrico Dini dreams of revolutionizing the building construction industry. With his invention, D-Shape – the largest 3D printer in the world, Enrico’s dream is to print buildings.

His story has been a rocky one, beginning when he left his high paying job in robotics 8 years ago to pursue his vision for a new future. There have been highs (in 2008 he stared a €50 million investment in the face just prior to watching it disappear when the stock market crashed) and there have been lows (with clients failing to honor contracts and stutters in his young technology). Most recently, Dini has collaborated with Foster + Partners and the European Space Agency on a program to build livable structures on the moon. He is also currently working with architect Janjaap Ruijssenaars on a  project to print a Möbius strip shaped house here on earth by 2014. This Discovery Channel video offers a little insight into the technology and the man whose dream and invention is a driving force in one of the greatest new revolutions in the world of architecture and construction.

Photo: Via LG of Enrico Dini within one of his printed structures.

AS ABOVE SO BELOW: 3D printing in architecture

The renowned London based architecture firm Foster + Partners has recently joined forces with the ESA (European Space Agency) to test the feasibility of 3D printing moon bases using lunar soil. To date, the team has devised a weight-bearing, cellular structured dome wall, which incorporates a pressurized inflatable, to shield astronauts against environmental challenges such as micrometeoroids and space radiation.

“As a practice, we are used to designing for extreme climates on Earth and exploiting the environmental benefits of using local, sustainable materials,” remarked Xavier De Kestelier of Foster + Partners Specialist Modelling Group.

As a test run a 1.5 ton 3D printed building block has already been created using a D-Shape printer (sample block shown above and D-Shape printer in action shown below). On earth, this printer is more typically used to print sculptures and is currently working on the production of artificial coral reefs.

So how does this all work? Enrico Dini (the inventor of the D-Shape printer and collaborator on this project) explains, “First, we needed to mix the simulated lunar material with magnesium oxide. This turns it into ‘paper’ we can print with… Then for our structural ‘ink’ we apply a binding salt which converts material to a stone-like solid. Our current printer builds at a rate of around 2 meters per hour, while our next-generation design should attain 3.5 meters per hour, completing an entire building in a week.”

Why 3D print on the moon? Well, it solves a number of problems – most specifically the cost and logistics of transporting building materials from earth through space to a location hundreds of thousands of miles away. While the plan is not without its challenges, it is most definitely a fascinating application of this rapidly emerging technology.

On a terrestrial and more immediately feasible note…

Janjaap Ruijssenaars, of the Dutch firm Universe Architecture, has designed a 12,000 square foot house shaped like a Möbius strip (shown above and below) which he plans to build/print out of sand fused together by chemical binding agents, using Enrico Dini’s massive D-Shape printer. While the project is estimated to cost over $5.3 million, take at least 18 months to complete and require the printer to be active for at least six months – Ruijssenaars hopes to complete the structure by 2014.

If you found this interesting, I suggest checking out the posts Custom, Digitally Fabricated, Modular Solar House and One Very Lust Worthy Door for some information on another game changing technology making its way into the architecture and design world (CNC milling).

Photos and Renderings: 1-4. ESA/Foster + Partners, 5-6. Universe Architecture

FROM D INBOX: a tiny speaker with a massive sound

The Swiss design studio BERNHARD | BURKARD recently designed a unique speaker for the Hong Kong based brand, OYO – Objects You Obsess. A perfect sphere with no actual stand, the BALLO speaker lays, rolls or hangs for a 360 degree music experience. Reportedly producing massive sound for it’s tiny size, a colorful belt fuses the speaker’s two hemispheres – providing protection, while also increasing the bass tones when lying on a surface. BALLO is compatible with most audio devices and comes complete with a built-in rechargeable Lithium battery. For stereo sound, two BALLO speakers can be connected with a stereo wire. Priced at $28.99, you can shop them here.

SILENT NIGHT: remembering the past as we move to the future

Two architecture students studying at ETH Zurich submitted this striking proposal for a contest held by VELUX. The theme of the contest, “Light of tomorrow”, inspired the students, Bo Li and Ge Men, to create a stunning memorial for a hypothetical Swiss Alps village buried by a landslide. The students worked with columns of transparent thermo plastic which were (hypothetically) planted in the subterranean ground. Not to be kept in the dark, the columns then extend up through the layer of earth above and into the open landscape. The cyclic link between the two “villages” is completed as sunlight travels down through the rods back to their subterranean source. Here, each thermoplastic stick is strategically sanded to create a matte surface upon which the sunlight refracts and shines out in the shape of the lost structures. Such a beautiful way to lend form to memory especially as we move forward into a new year.

Image via VELUX.

OF ARCHITECTURE & NATURE: Asif Khan + Swarovski

This year at Design Miami, UK architect Asif Khan collaborated with Swarovski to build a true Crystal Palace. The design of the structure was driven and inspired by the natural phenomenon know as parhelia – an optical event in which low sunlight and airborne ice crystals serendipitously interact to create luminous halos in arctic and northern skies.

To recreate this phenomenon within his man made structure, Khan worked closely with a research team from Manchester University. Khan describes the installation as an exploration into the use of crystals as a medium to infuse architecture with light.

As you can see, the resultant 1.3 million Swarovski crystal ”Parhelia” palace was a success! If you haven’t already, be sure to watch the short video above.

Photos and video via swarovskicrystalpalace.tumblr.com