Sketchfab Adds Animations To Its 3D Model Sharing Platform. 3D model repository Sketchfab just added a nifty little feature that should appeal to 3D animators.
You can now upload animated models to Sketchfab, making it much easier to share and browse animated models as you don’t need to install a professional application. Currently, the startup supports FBX files, such as files generated by Mixamo. An Oreo Experiment Reveals Mondelez's Approach To Innovation. In a vacant lot opposite the convention center in Austin sits a blue shipping container with a long line of people snaking away from it.
Most in this line will end up waiting two hours. This being SXSW, you might assume there was a celebrity meeting at the end of the line, or an exclusive party. Instead, this group is waiting for a cookie. Not just any cookie, but a customizable 3-D printed Oreo that is created in front of their eyes. Joseph DeSimone: What if 3D printing was 100x faster? The Major Impact 3-D Printing Could Have on Tech and Cooking. Printed pastries with individually tailored nutrient levels.
Ravioli that assemble themselves. Wedding cake toppers that are exact, tiny, renditions of the happy couple. New Matter 3D Printing Ecosystem - Go to Market Strategy. Anthony Atala: Printing a human kidney. Maker Faire e a Smart Era. DIY 3D Printing: In GE they know what is the future of work and there are probably no human workers in it. What else can it build?
... a world without work ... Here is a new promotional video from General Electric where they show a "factory" with 3d printers and robots. Video ends with the question "What else can it build? ". Once upon a time, a factory built one thing. Now, a factory can build as many things as there are people to imagine them.GE works on things that matter. Impressoras 3D de comida chamam a atenção na CES - 10/01/2014 - Tec. Food in 2030: Printed on Demand, Crafted to Your Diet. Organ Printing. The overall goal of this multidisciplinary research project, supported by the National Science Foundation - Frontiers of Integrative Biological Research program, is to further advance our understanding of self-assembly during the organization of cells and tissues into functional organ modules.
The two developmental processes, with common and distinct features to be investigated in detail in the project: fusion of cardiac cushions during the formation of cardiac chambers (left) and the appearance of limb buds the precursors of the limbs (right). (The images refer to chicken embryos.) The strategy of our multidisciplinary approach for addressing this fundamental biological problem of tremendous complexity is based on the recognition that although morphogenetic processes are under strict genetic control, genes do not create shapes and forms: physical mechanisms and processes do.