Trump isn't America's most anti-immigrant president; that honor goes to Obama, the great deporter, who also extensively tested border wall technologies while deporting 2MM undocumented people. Read the rest
Yoko Eda, a recent grad from Musashino Art University's Science of Design department, has produced a series of gorgeous, hyperealistic acrylic paintings showing everyday objects (glue bottles, toothpaste tubes, packages of plastic tubs, cleaning brushes, boxes of matches, lip balm tubes) sliced and arrayed like sashimi. Spoon and Tamago has lots more of Eda's outstanding work. Read the rest
A team at MIT’s Department of Mechanical Engineering and Department of Civil and Environmental Engineering have created a set of foldable, 3D printed robots that are doped with magnetic particles that are precisely aligned during printing; when triggered by a control-magnet they engage in precise movements: grabbing, jumping, rolling, squeezing, etc. Read the rest
3D printing complex shapes is hard; the additive nature of most 3D printing means that the printer has to create sprues (struts that support parts of the structure during printing, which have to be removed later), or add in material that can be dissolved in a solvent bath after main production. Read the rest
I'm appearing at UCSD on February 9, with a talk called "Scarcity, Abundance and the Finite Planet: Nothing Exceeds Like Excess," in which I'll discuss the potentials for scarcity and abundance -- and bright-green vs austere-green futurism -- drawing on my novels Walkaway, Makers and Down and Out in the Magic Kingdom. Read the rest
MIT and Amherst material science researchers have published a paper in ACS Applied Material & Interfaces that describes an untouched-by-human-hands method for making self-folding circuits with a 3D printer; the materials are laid down precisely so that as it cools, differential rates of contraction cause it to bend into dimensional forms that are ready for use in a finished device. Read the rest
There's a wealth of found-comedy in watching this gang of armed, helmeted robbers try in vain to smash the glass in this Malaysian jewelry store in Jalan Besar, Sungai Buloh: the hammers bounce off the fantastically tough glass, whose resilience is positively otherworldly, while the otherwise beautifully choreographed robbery (which includes some pretty snazzy outfits!) founders. Read the rest
Having successfully invented the paperclip-bending machine, engineer Elis F. Stenman set out to build a new summer home for himself in Rockport, Mass in 1922, entirely from paper. Read the rest
Anish Kapoor -- last seen in these parts when he apparently insisted that it was illegal for people in Chicago to take pictures in their public park if they captured a sculpture that had been donated to the city -- got a nanotech company called Nanosystems to promise him the exclusive right to paint with their Vantablack pigment, which uses carbon nanotubes to absorb 99.96% of visible light. Read the rest
Zippo went a bit crazy with its lighter colors, introducing a rainbow of material-science wonders that, alas, I have no more use for, being a 15-year ex-smoker with the muscle-memory of an entire repertoire of obsolete Zippo tricks. Read the rest
Rhino Shield is a clear coating for Gorilla Glass (used in most smart phones) that was developed from a Kickstarter fundraising effort.
Rhino Shield is the product of Cambridge University spin-off company Evolutive Labs. It's made from an impact-dispersing "custom-formulated polymer" that is also highly transparent (it has a transmission rate of over 95 percent), scratch-resistant, and that features an oleophobic coating – that means it repels fingerprints and other oils.
One multi-layer sheet is 0.29 mm thick, and can reportedly be applied to a phone's screen without creating air bubbles or leaving sticky residue. The screen's touchscreen functionality remains intact.
As multiple researchers continue their efforts to make micro-robotic flying insects, Harvard's Robert Wood has made strides in self-assembling systems with the robobee above. Inspired by his child's pop-up books, Wood's device starts flat on a scaffold. More than 100 hinges enable the 3D structure to "pop up" into the robot seen here. This is only one of the Origami-like approaches that researchers at Harvard, MIT, University of Illinois at Urbana-Champaig, and elsewhere are using to create small, complex objects at scale, from drug delivery systems to solar cells. Science News surveys the field. "Into the Fold" Read the rest
"Stress Relief: Improving Structural Strength of 3-D Printable Objects," a paper presented at SIGGRAPH 2012 from Purdue University's Bedrich Benes demonstrated an automated system for predicting when 3D models would produce structural weaknesses if they were fed to 3D printers, and to automatically modify the models to make them more hardy.
Findings were detailed in a paper presented during the SIGGRAPH 2012 conference in August. Former Purdue doctoral student Ondrej Stava created the software application, which automatically strengthens objects either by increasing the thickness of key structural elements or by adding struts. The tool also uses a third option, reducing the stress on structural elements by hollowing out overweight elements.
"We not only make the objects structurally better, but we also make them much more inexpensive," Mech said. "We have demonstrated a weight and cost savings of 80 percent."
The new tool automatically identifies "grip positions" where a person is likely to grasp the object. A "lightweight structural analysis solver" analyzes the object using a mesh-based simulation. It requires less computing power than traditional finite-element modeling tools, which are used in high-precision work such as designing jet engine turbine blades.
New Tool Gives Structural Strength to 3-D Printed Works Read the rest
This 2010 video demonstrates the wonderful and intriguing behavior exhibited by water when it is dripped on paper that is coated with "superhydrophobic" aerogel powder. The water forms tiny marbles and races around like it's on a griddle. This looks like it would be a lot of fun to try in person, possibly with some small people in attendance.
Water droplets on a superhydrophobic surface
(via Geekologie) Read the rest
A joint Disney Research and CMU team have produced a demo showing gesture controls on a variety of everyday, non-computer objects. The system, called Touché, uses capacitive coupling to infer things about what your hands are doing. It can determine which utensil you're eating your food with, or how you're grasping a doorknob, or even whether you're touching one finger to another or clasping your hands together. It's a pretty exciting demo, and the user interface possibilities are certainly provocative. Here's some commentary from Wired UK's Mark Brown:
Some of the proof-of-concept applications in the lab include a smart doorknob that knows whether it has been grasped, touched, or pinched; a chair that dims the lights when you recline into it; a table that knows if you're resting one hand, two hands, or your elbows on it; and a tablet that can be pinched from back to front to open an on-screen menu.
The technology can also be shoved in wristbands, so you can make sign-language-style gestures to control the phone in your pocket—two fingers on your palm to change a song, say, or a clap to stop the music. It can also go in liquids, to detect when fingers and hands are submerged in water.
"In our laboratory experiments, Touché demonstrated recognition rates approaching 100 percent," claims Ivan Poupyrev, senior research scientist at Disney Research in Pittsburgh. "That suggests it could immediately be used to create new and exciting ways for people to interact with objects and the world at large."
Disney researchers put gesture recognition in door knobs, chairs, fish tanks Read the rest
In this short video, Richard from ABEbooks describes the distinctive smell of old books ("a combination of grassy notes with a tang of acids and a hint of vanilla, with an underlying mustiness") caused by hundreds of volatile compounds released during the slow oxidization of the paper, glues and inks.
(via Neatorama) Read the rest
