Squishy robots. In the movie “Terminator 2,” the shape-shifting T-1000 robot morphs into a liquid state to squeeze through tight spaces or to repair itself when harmed.
Now a phase-changing material built from wax and foam, and capable of switching between hard and soft states, could allow even low-cost robots to perform the same feat. The material — developed by Anette Hosoi, a professor of mechanical engineering and applied mathematics at MIT, and her former graduate student Nadia Cheng, alongside researchers at the Max Planck Institute for Dynamics and Self-Organization and Stony Brook University — could be used to build deformable surgical robots. The robots could move through the body to reach a particular point without damaging any of the organs or vessels along the way.
MakerBeam.eu - a miniature T-slot. Makeblock-The Real Aluminum Robot Kit. No More Woof. Soon our roads could be made of smart solar panels. Road Surface Layer - translucent and high-strength, it is rough enough to provide great traction, yet still passes sunlight through to the solar collector cells embedded within Aaaaaand had to suspend my disbelief here.
I love the idea and the potential it has, but something that is... Affordable on the scale of roadwaysTransparent enough to charge the cells beneath even after years/decades of useTough enough to weather years/decades of use without cracking or wearing through ...sounds like wishful thinking. Maybe (Hopefully!) Firmware For Cheap Bluetooth Modules. [Ben Krasnow] builds a CT Scanner. After building a homebrew x-ray backscatter imager, [Ben Krasnow] realized he had nearly all the components to build his own CT scanner, able to make a 3D model of the inside of a frozen chicken.
Basically, a CT scanner takes dozens of x-rays of an object and reassembles them with the help of fancy algorithms to allow doctors to peer inside a human body. The CT scanners you’ll find at your local hospital are monstrous devices, rotating an x-ray tube and sensor around a patient with the help of some very heavy duty electromechanical engineering. [Ben] wanted to keep his build rather small, so instead of rotating the x-ray tube and screen around an object, he simply made a stepper motor-driven lazy suzan to rotate his frozen bird. [Ben] set a digital camera off to the side of his build and captured 45 images of a rotating chicken.
OpenEEG hardware. The OpenEEG project has seen contributions from many talented hardware people over the years, resulting in several different designs which have been tested and tried by various people.
Below are just a few of them. For newcomers to EEG hardware design, the issue of isolation is very important here. You can't just directly connect your brain up to your PC electrically without risking unpleasant things happening. A Mix of Mind Reading Devices. The OpenEEG project The most affordable do it yourself mind reader.
This open project made by hobbyists for hobbyists toots an impressive array of configurations to suit the needs of just about anyone wanting to explore the brain on the cheap. Emotiv BCI 2008. The impressive thing about Emotiv’s interactive EEG gaming cap is that it apparently works, recognizing facial expression and allowing movement of items in a 3d environment. Project Ara. Portable SMT Lab for Hacker On The Go. High-tech materials purify water with sunlight. Note to journalists: Please report that this research was presented at a meeting of the American Chemical Society.
The Ripper: A Different Kind of CNC Machine. Solar Panel Setup around $100. Wyager/MicroMechBoard. Angling to develop for Google Glass? Google gives some insight. If you’re looking for a taste of what it will be like to develop for Google Glass, the company posted a video demonstrating the hardware and a little bit of the API on Thursday.
Timothy Jordan, a senior developer advocate at Google, gave a talk at SXSW in early March that lasted just shy of an hour and gave a look into the platform. Google Glass bears more similarity to the Web than the Android mobile operating system, so developing for it is simpler than creating an Android application. ER doctors use Google Glass and QR codes to identify patients.
A tech-savvy hospital in Boston developed a custom information-retrieval system for Google Glass, which lets ER doctors scan a QR code on the wall of each room to call up information about patients.
Dr. John Halamka, CIO of Beth Israel Deaconess Medical Center, described the system today in his blog (a cached version is here as the original post seems to have been shortened significantly): In the Emergency Department, we’ve developed a prototype of a new information system using Google Glass, a high tech pair of glasses that includes a video camera, video screen, speaker, microphone, touch pad, and motion sensor.Here’s how it works.When a clinician walks into an emergency department room, he or she looks at [a] bar code (a QR or Quick Response code) placed on the wall. Google Glass immediately recognizes the room and then the ED Dashboard sends information about the patient in that room to the glasses, appearing in the clinician’s field of vision.
What is it like to hear color? It's truly amazing what technology can do these days.
Really makes you think about how the human race will be in the next 100 years. This floating black ball is the creepiest thing you'll see all day. How to Pick a Lock With Hairpins. Soon our roads could be made of smart solar panels. Forget Stopping Bullets – Vest Warms You While Stopping Taser. How-To: Moss Shower Mat. Make Your Own GPS Pet Tracker with TinyDuino. A project by dave hakkens. LittleBits.
Making Makers. Together, Kids Learning Code, Maker Kids, TIFF and Toronto Public Library, have developed comprehensive, maker curriculum for educators who work in formal and informal learning environments with the objective of increasing Toronto youth access and engagement with advanced technology and digital tools!
Our workshops and activities allow youth to create something with purpose, driven by their own vision and also empower teachers to be makers. We are hosting Train the Trainer Symposiums wherein the educators can learn how to run and modify activities by doing them. Toy Hacking at Maker Kids: Wednesday, Feb 12th from 8pm to 10pm (Download the module here and the materials here) Arduino Rovers at Maker Kids: Wednesday, Feb 19th from 8pm to 10pm (Download the module here and the materials here)
Yet Another DIY Camera Slider. 3D Printed Netduino Remote Controlled Car. Body of a Trinket, Soul of a Digispark. Surplus d'inventaire - Accès Électronique. Home. Surplus-electronique. Apex Electronics. Introducing Trinket. Water-repellant surface so efficient that drops bounce back off. In recent years, water-repelling materials have gotten better and better at their job of fearing water.
But even the best hydrophobic surfaces still take their time when repelling water. This becomes an issue when the surfaces you want to keep water-free operate in freezing conditions. DEFCON 19: Kinectasploit: Metasploit Meets Kinect. DEFCON 19: Kinectasploit: Metasploit Meets Kinect. DEFCON 19: Kinectasploit: Metasploit Meets Kinect. The Always Up-to-Date Guide to Building a Hackintosh (OS X 10.9) The Seagate Kinetic Open Storage Vision. The World of Storage Has Changed: Data Types, Access Models, Demand and Use Cases Over the past decade, the explosive growth of large-scale, data-driven applications has begun to shift the nature of enterprise storage infrastructure fundamentally. The traditional paradigm of hardware-centric, file-based systems is moving aside to make way for new software-defined, object-based approaches. The new paradigm is an object-oriented one: a world of pictures, movies, ecommerce and Web data, search, and games, and archives of all of these.
In this world, objects (information) are written, read and deleted but never modified. Increasingly, systems and data centers are designed for capacity rather than performance. In addition, because Ethernet is the undisputed fabric of data centers and application traffic, it has unsurprisingly emerged as the backbone of storage infrastructure. This growth is driven by the increasing prominence of mobile, social, cloud computing and big data. Figure 2. Scale. High-altitude balloon. High-altitude balloons are unmanned balloons, usually filled with helium or hydrogen, that are released into the stratosphere, generally attaining between 60,000 to 120,000 feet (11 to 23 mi; 18 to 37 km).
During 2002, a balloon named BU60-1 attained 53.0 km (32.9 mi; 173,900 ft). The most common type of high altitude balloons are weather balloons. Other purposes include use as a platform for experiments in the upper atmosphere. Modern balloons generally contain electronic equipment such as radio transmitters, cameras, or satellite navigation systems, such as GPS receivers. These balloons are launched into what is termed "near space"—- the area of Earth's atmosphere where there is very little air, but where the remaining amount generates too much drag for satellites to remain in orbit.
Could a Balloon Fly in Outer Space? Here’s the sort of crazy idea that animates our office conversation at Scientific American. It all started with my colleague Michael Moyer’s joke that a certain politician could build his moon base using a balloon: just capture the hot air and float all the way up. Home - ASGARD: Scientific balloons for space education. Soon, Rich People Will Be Ballooning Through the Stratosphere. Move over Google Glass, here comes $300 competition from France. How Intelligent is Artificial Intelligence? - Computerphile. These Self-Assembling Blocks Will Make Real-Life Transformers Possible. Someday, your Ikea furniture might assemble itself.
How to Make a Battery-Powered, Gadget-Charging Go Bag. Hotwiring the future of in-car tech with a smartphone and Raspberry Pi. DatasheetLib.com - The Ultimate Datasheet Library. L'électronique en pratique : 36 expériences ludiques: Amazon.fr: Charles Adams Platt, Xavier Guesnu, Eric Bernauer, Antoine Derouin. DatasheetLib.com - The Ultimate Datasheet Library. DealeXtreme - Cool Gadgets at the Right Price - DX Free Shipping Worldwide.
Raspberry Pi and Arduino to get cellular access with SIM card add-on. A new Kickstarter project aims to give Raspberry Pi and Arduino boards Internet access throughout the world with an add-on that allows integration with a SIM card. Build Your Own Crossover Cable, USB to Ethernet Extender, and More. Build Your Own GameBoy-Sized Handheld with a BeagleBone. The Science Behind the Perfect Workspace. Creating a $99 parallel computing machine is just as hard as it sounds. Ten months ago, the chipmaker Adapteva unveiled a bold quest—to create a Raspberry Pi-sized computer that can perform the same types of tasks typically reserved for supercomputers. HomeServer/FacilityServer Apps für iPhone, iPod touch und iPad.
Ce genre d'aller-retour prend du temps et ce n'est pas très agréable. Heureusement, le développeur Sarfata a mis en ligne un outil open source qui va vous permettre de programmer sur votre Raspberry Pi en direct. Parallella. Réaliser un test VIH avec un lecteur DVD. Réaliser un test VIH avec un lecteur DVD.
Cars. Image. Computers. Tablets. Phones. Impression 3D. Robotics. Communauté: The Ben Heck Show. Nanotechnologies dans le textile. Résumé : Les nanotechnologies ont permis de générer toutes sortes de nanomatériaux aux propriétés singulières, qu’il est opportun de marier aux fonctionnalités intrinsèques des textiles. Ainsi nanoparticules d’argent aux effets antibactériens, membranes à base de nanofibres et revêtements nanostructurés imitant la feuille de lotus se retrouvent déjà dans des produits textiles de grande consommation. Pour réaliser ces nanotextiles, les entreprises du secteur ont deux choix : incorporer des nanomatériaux préfabriqués avec les outils traditionnels ou faire évoluer cet outil industriel vers la production de nanocomposés (nanocouches, nanofibres principalement) directement intégrés aux textiles.
Quelle que soit la stratégie adoptée, elle doit s’accompagner des précautions nécessaires à la manipulation de ces nouveaux produits, en particulier aujourd’hui dans un cadre règlementaire toujours en cours de définition. TR35: Eben Upton, 34. Une nouvelle méthode permettant de collecter les empreintes digitales ! How Cryonics Works"