Facial recognition software has analysed 346 Rembrandt paintings to create an all-new work in the artist’s style. READ MORE: Machine learning goes for baroque and paints ‘brand new’ Rembrandt | CNET
Digital designs for robotic creatures are shown on the left and the physical prototypes produced via 3-D printing are on the right (credit: Disney Research, Carnegie Melon University)
Now you can design and build your own customized walking robot using a 3-D printer and off-the-shelf servo motors, with the help of a new DYI design tool developed by Disney Research and Carnegie Mellon University.
You can specify the shape, size, and number of legs for your robotic creature, using intuitive editing tools to interactively explore design alternatives. The system takes over much of the non-intuitive and tedious task of planning the motion of the robot, and ensures that your design is capable of moving the way you want and not fall down. Or you can alter your creature’s gait as desired. READ MORE: Disney Research-CMU design tool helps novices design 3-D-printable robotic creatures | KurzweilAI
Makerarm is a robotic 3D printer, laser cutter, drawing and ink printer, fabricator and assembly machine all rolled into one that fits on a desktop and promises to make pretty much anything – including an entire laptop (It milled us the TechCrunch logo into a block of wood instead). READ MORE: Makerarm Is An All-In-One Robotic Laser Cutter, 3D Printer, Painter, Fabricator And Assembler | TechCrunch
This video of Laurent Bernadac, an engineer and lifelong musician, playing the violin looks and sounds very little like a person playing the violin. For one thing, he’s also using a looper and effects pedals to jam out something funkier and jazzier than you’d expect from an instrument more commonly associated with classical and country. But, more ostensibly, Bernadac is playing something that looks more like an avian skeleton than a stringed instrument. It’s like the ghost of a violin.
It’s a 3Dvarius, a 3-D printed electric violin. It’s based on the renowned Stradivarius violins crafted by the Stradivari family in the late 1600s and early 1700s, but you’d have a hard time sleuthing out the shared DNA between the two machines. It is, as Bernadac says, “a new kind of musical instrument,” one with an algorithmically optimized weight and a digital sound. READ MORE: The 3-D Printed Violin That Could Lead to a New Stradivarius | WIRED.
Beyond Wearables: New Frontiers in Interactive Tech | WIRED
IN THE FINAL months of 2014, wearable technology sparked significant media and consumer attention – not least thanks to the announcement of the Apple Watch. But as wearables move from the margins into the mainstream, it’s time to consider the next wave of interactive technology.
Programmable Clothes Are Going Commercial | Co.Design
Clothes speak volumes about us, conveying messages about wealth, taste, and personal beliefs. So in this age of ubiquitous screens and social sharing, it’s no surprise that textiles have become another platform for electronic communication. But two new efforts are commercializing the technology, creating consumer fashions that allow the wearer to project any electronic text or image she desires.
Somehow Teen Girls Get the Coolest Wearable Out There | WIRED
JEWELBOTS ARE BRACELETS with programmable plastic flowers made for middle-school girls. They’re also the most interesting wearable I’ve seen this year. Their creators describe them as “friendships bracelets that teach girls to code.”
This Jacket Is a Dream Come True and I Need It Now | Jezebel
The BauBax jacket—which CNN quite accurately refers to as “the Swiss Army knife of
travel wear”—which debuted on Kickstarter last week with a goal of raising $20,000. They have since raised over $600,000 because it is a stunningly good idea. The jacket contains 15 pockets and a slew of built-in doodads.
These Strange Clothes Came Out of a Regular Old 3-D Printer | WIRED
Paired with new cellular structures being devised by 3-D printing re
searchers, the material allowed Peleg to create “lace-like textiles” that she could work with
“just like cloth.” She printed them using a Witbox—a $1,800 machine. [Image: Danit Peleg]
These Mathematical Scarves Are Designed By a Computer Algorithm | Gizmodo
It’s still summer, but these mathematical merino scarves designed with a computer algorithm are getting us in the mood for colder temps. They’re called KnitYak: black-and-white merino scarves that each have a snowflake-unique design that’s generated by a computer algorithm.
A Paper-Thin Solar Panel Can Charge Your Phone on the Go | Lifehacker
Solar panels keep getting lighter and tinier—good news for rugged on-the-go types who can charge their devices on the trail with sun-fueled chargers. And this particular solar charger on Kickstarter is so thin, you can slip it in your Lonely Planet while it feeds your phone battery.
Disney’s $1 Billion Bet on a Magical Wristband | WIRED
The MagicBands look like simple, stylish rubber wristbands offered in cheery shades of grey, blue, green, pink, yellow, orange and red. Inside each is an RFID chip and a radio like those in a 2.4-GHz cordless phone. The wristband has enough battery to last two years. It may look unpretentious, but the band connects you to a vast and powerful system of sensors within the park.
New Process Can Print Stretchy Electronics Onto Your Clothes | TechCrunch
Researchers at the University of Tokyo have created a single-step process to print conductive material on cloth, allowing manufacturers to build stretchable wearables that can test vital signs like heart rate and muscle contraction.
Google’s Project Jacquard Aims To Make “Activewear” A Reality | ReadWriteWeb
What’s really fascinating about Project Jacquard…the clothing itself ought to be an interactive thing. It ought to provide us an opportunity to interact with devices around us. That’s the breakthrough that Project Jacquard is really talking about—now, instead of just passive data collection, your clothing is an opportunity for you to interact with devices.
Sensory Fiction | Felix | VIMEO
Sensory fiction is about new ways of experiencing and creating stories. Traditionally, fiction creates and induces emotions and empathy through words and images. By using a combination of networked sensors and actuators, the Sensory Fiction author is provided with new means of conveying plot, mood, and emotion while still allowing space for the reader’s imagination.
How to Print a Super-Thin Touchscreen Display on Just About Anything | Gizmodo
[T]his award-winning paper is perhaps the coolest we’ve seen: It lays out a new technique for printing cheap, simple touchscreen displays with conventional printers. It’s called PrintScreen, and it’s a system that allows the user to print on nearly a
From The Designers Of Fitbit, A Digital Tattoo Implanted Under Your Skin | Co.Design
We asked NewDealDesign, the design consultancy behind projects like the Fitbit line of activity trackers, and Google’s modular Project Ara smartphone, what things might look like when technology and fashion reach beyond the wrist. In response, they created Project Underskin. It’s a concept for a smart digital tattoo which would be implanted in your hand and interact with everything you touch. It can unlock your front door, trade data with a handshake, or even tell you if you have low blood sugar.
A damaged sixth-century sword in a museum in Norway has been perfectly reproduced as new through 3D printing.
Sure, you can already 3D print things on your MakerBot in a wide range of colors — from bright orange to glow-in-the dark green. But those looking for something a little classier now have a few new color options — and theyre all approved by none other than Martha Stewart. The domestic diva has struck a licensing deal with MakerBot for three new filament shades and a collection of 3D-printable designs.
Besides the new filament colors, Stewart and her team of designers are working with MakerBots design team to produce new collections of printables for the 3D-printer companys digital store. The idea is that you can purchase and download these Stewart-branded designs, then print them on your MakerBot Replicator.
Kinematics is a system for 4D printing that creates complex, foldable forms composed of articulated modules. The system provides a way to turn any three-dimensional shape into a flexible structure using 3D printing. Kinematics combines computational geometry techniques with rigid body physics and customization. Practically, Kinematics allows us to take large objects and compress them down for 3D printing through simulation. It also enables the production of intricately patterned wearables that conform flexibly to the body.
Read More: Kinematics | Nervous System Blog.
McGill University’s new 3D printer could produce 2000 copies of the same object before you’d finally spot them without a microscope.
If you thought the tech industry had a strange habit of miniaturizing everything, know that the print industry is now fully capable of catching up in that department. Canadian researchers at McGill University recently put a new microscopic 3D printer through its paces by producing a 0.011 by 0.014 millimeter National Geographic Kids cover, along with a map of Canada measured in micrometers. Obviously these images are impossible to view normally and could only be seen with the aid of a screen projecter. In fact, the magazine printout is so miniscule that if you made 2000 copies, you’d have just enough to cover a single grain of salt.
New York-based Proxy Design Studio has given Gizmodo a first glimpse of its incredible, 3D-printed spherical gear called the Mechaneu, equal parts tactile toy and mechanical sculpture, a mind-bogglingly precise intermeshing of wheels within wheels.