Sleeping outside, under the starry skies, is something that many of us dream of doing. Although it is not always possible, for where can you lay peacefully and guarantee to see the beauty of the stars, let alone have appropriate temperatures to do so? Now there is a place to do so — in your bedroom!
The egg-shaped Cosmos Bed was designed byÂ Natalia RumyantsevaÂ and is still in prototype stage. Not only does it provide the illusion of sleeping beneath open skies, it is also equipped with a built-in audio system to play music, white-noise and your alarm in the morning. Plus, it has an aroma dispenser to provide you with therapeutic scents as you dream.
If you love unique products for your home, check out our wall art!
Via FastCo Design
We’ve noticed a trend, and we’re quite fond it. Nothing is as sleek and geometrically intricate as origami — the Japanese art of paper folding — so how could you go wrong with a design based on it? We’ve noticed a lot of origami inspired products and designs lately so we rounded up a few of our favourites to admire and praise.
Created by blackLAB architects, this bench combines clean white with exposed wood and metal. Plus it folds and creases as seamlessly as paper.
2) Make Kiosks
Make Architects created these kiosks based on the efficient and functional concept of folding paper. They open to reveal the kiosk inside and close to become sculpture-like when not in use.
3) Kafolda: a Fold-it-Yourself Spoon
This spoon is mailed to you flat. You are in charge of folding it into the perfect shape — with crisp corners to reach right to the edges of a flat container.
These doors fold and rotate to open and close, looking as light as paper.
This rug does not actually fold or bend like origami, but it sure looks like it does. An optical illusion for your floor!
Let us know which one of our 5 Origami-Inspired Designs you like best in the comments!
If you’re looking for Â unique designs to decorate your home, check out our DNA Art!Â
It’s no surprise that we enjoy the combination of science and artÂ Â and these images byÂ Fabian OefnerÂ are exactly that. Oefner comes from an art and design background but has always been interested in science. His images generally depict a scientific concept, however you don’t need to know the scientific background to see the beauty in his images.
As he explains in his TED talkÂ the goal of his work is to speak to the viewer’s heart as well as their brain. For instance, the image above is created with ferrofluid which is a magnetic substance. After placing a magnet beneath the fluid and adding watercolor paint to the substance you can see the patterns and shapes begin to form. You don’t need to know that ferrofluid is hydrophobic (it won’t mix with water) to see that this image is stunning, but when you do know that the details in the image become much more evident.
Check out a few of his other images below to see the many ways science and art can collide.
If you love science check out our DNA Art!Â
Via TED Blog
These sand castles – if you can call them simply that – are so detailed they look like architectural models. The precision and detail involved in the angles and edges of these sand sculptures is unlike anything we’ve seen.
When you see some of artist Calvin Seibert‘s other sand creations you won’t be surprised to learn that he is also aÂ sculptor and carpenter. Seibert explains on his Flickr page that he doesn’t plan the castles beforehand, once he begins he “can start to see where things are going and either follow that road or attempt to contradict it with something unexpected.”
Have you ever wanted to paint like a graffiti artist, without making a mess or getting into trouble? Then check outÂ YrWall!Â This digital graffiti wall allows you to hold a realistic “spray can” to choose your colors, aim and paint away.
When YrWall was first sprung on BBC’s Dragon’s Den a few years ago the artistic innovation reminded us of our DNA Art. Inventors Tim Williams and Tom Hogan ended up striking a deal with two of the dragons on the show to earn funding for their idea. The YrWall is now fully functional, available for rent and is being used in awesome ways.
The wall is available for rent on Luma’s website, and can be set up at your events for your guests to interact with. The easy-to-use graffiti wall makes for a great idea board, brand or logo platform, or just a place for your guests to unleash their inner artist!
Share our love of unique art? Check out our DNA Portraits!Â
Images via Luma
We’re always on the lookout for cool DNA developments! Did you catch this story viaÂ Science Now?
When it comes to storing information, hard drives don’t hold a candle to DNA. Our genetic code packs billions of gigabytes into a single gram. A mere milligram of the molecule could encode the complete text of every book in the Library of Congress and have plenty of room to spare. All of this has been mostly theoreticalâ€”until now. In a new study, researchers stored an entire genetics textbook in less than a picogram of DNAâ€”one trillionth of a gramâ€”an advance that could revolutionize our ability to save data.
A few teams have tried to write data into the genomes of living cells. But the approach has a couple of disadvantages. First, cells dieâ€”not a good way to lose your term paper. They also replicate, introducing new mutations over time that can change the data.
To get around these problems, a team led byÂ George Church, a synthetic biologist at Harvard Medical School in Boston, created a DNA information-archiving system that uses no cells at all. Instead, an inkjet printer embeds short fragments of chemically synthesized DNA onto the surface of a tiny glass chip. To encode a digital file, researchers divide it into tiny blocks of data and convert these data not into the 1s and 0s of typical digital storage media, but rather into DNAâ€™s four-letter alphabet of As, Cs, Gs, and Ts. Each DNA fragment also contains a digital “barcode” that records its location in the original file. Reading the data requires a DNA sequencer and a computer to reassemble all of the fragments in order and convert them back into digital format. The computer also corrects for errors; each block of data is replicated thousands of times so that any chance glitch can be identified and fixed by comparing it to the other copies.
Do you dig DNA as much as we do? Check out our DNA portraits, where art meets science.
Image: Scientists have found a way to store an entire textbook in the code of DNA. (John Goode/Flickr)
Starting with a large photograph thatâ€™s transferred to a drawing, Gundersen pins each cork to the canvas, creating a correlation between the hues of the wine-stained corks and the value of light or shadow in the portrait. His latest work,Â Trisha, took 3,621 corks to complete, but other works haveÂ required over 9,000.
If you’re not already blow away by this art’s immensity, check out the video below to catch a peak at how it all comes together. Meet: “Grace”:
We’ve launched the worldâ€™s first creative laboratory combining genetics, art and commerce.
First, DNA 11 revolutionized the art world with our amazing Â DNAÂ Artâ€”and now we’veÂ unveiled the worldâ€™s first genetics lab dedicated to the creation of biometric artwork: The Lab @ DNA 11.
Now DNA 11 is creating the ultimate laboratory for the advancement of biometric artwork by combining a state-of-the-art genetics lab with the in-house creative team that dreamed up the original DNA Portrait to continue to revolutionize the industry.
â€śEstablishing a genetics lab in the middle of an art factory exemplifies the essence of DNA 11 â€” the melding of the two worlds of art and genomics,â€ť said Nazim Ahmed, cofounder, DNA 11.
â€śItâ€™s our take on The Factory â€” Warholâ€™s famous midtown Manhattan studio â€” we call it The Lab @ DNA 11 and it provides an inspirational space for artists, creatives and scientists to create truly remarkable biometric inspired products,â€ť said Nazim.
The Lab @ DNA 11 is located at the companyâ€™s global headquarters in Ottawa, Canada and provides support services for DNA art production around the globe including DNA 11â€™s U.S. production facility in Las Vegas, NV.
Remember the great pop-up books of your childhood? Castles jumping off the page, witches flying their brooms, pirates sailing ships on surging seas? We came across these modern pop-ups for grown-ups on Colossal and had to share their monochrome magic.
Portland-based designer and art directorÂ Mengyu ChenÂ is currently working on a newÂ comic bookÂ and has mocked up some experimental pop-ups of her own design. The ideas and execution are really quite spectacular…
Mengyu, aka Jenny, is an ĂĽber talented artist who enjoys typography, letterpress, illustration, photography and crafts in many shades and colours. We especially connected with her TypePlay project, a collection of handdrawn and digital typography she created.
Despite the colorful pop-up books I grew up on, I can almost appreciate these moreâ€”they’re bare bones black and white, but still iconic symbols of childhood, cemented in reality.
Just when you thought keys were a mundane morsel of your everyday life, this tiny treasure turns things around. Sure, you could say “it’s just a key”â€”but the new Keybrid Carabiner Key finally adds additional functionality to the hunk of metal we carry around with us. Via Uncrate:
Need to hook your house key to something other than a keyring? Grab yourself aÂ Keybrid Carabiner KeyÂ ($TBA). This unique item is completely functional, letting you clip it onto shoelaces, belt loops, and a whole host of other loop-like stuff, in addition to keychains and keyrings. Arrives blank, so plan on making a trip to the hardware store before use.
The key’s creators, Amron Experimental, have a host of other innovative products, ranging from functional to fun.
If you dig form and function, check out the DNA Ancestry Signature option when you order aÂ DNA portrait. Unlock the secrets of your ancestry with a scannable barcode “signature” that crosses over from physical to digital, tracing your maternal lineage back thousands of years.Â Just scan your barcode with a camera-equipped smartphone to access your personal ancestry page.