innovations

VideoTrace is a system for interactively generating realistic 3D models of objects from video—models that might be inserted into a video game, a simulation environment, or another video sequence. The user interacts with VideoTrace by tracing the shape of the object to be modelled over one or more frames of the video. By interpreting the sketch drawn by the user in light of 3D information obtained from computer vision techniques, a small number of simple 2D interactions can be used to generate a realistic 3D model. Each of the sketching operations in VideoTrace provides an intuitive and powerful means of modelling shape from video, and executes quickly enough to be used interactively. Immediate feedback allows the user to model rapidly those parts of the scene which are of interest and to the level of detail required. The combination of automated and manual reconstruction allows VideoTrace to model parts of the scene not visible, and to succeed in cases where purely automated approaches would fail.

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Thanks to learning algorithms and other evolutionary tools being incorporated into computers, the machines around us are becoming more lifelike. But Adleman wanted to tackle the question from the opposite direction. What if life itself, already susceptible to genetic engineering, could be used to solve problems? What if DNA could be shifted from reproducing life to thinking about it? Adleman imagined a future in which organic and inorganic computers link up; he wanted to witness this momentous occasion in his lifetime.

Inspired, he hopped out of bed and started to build the world's first DNA computer.
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The 'Gömböc' is the first known homogenous object with one stable and one unstable equilibrium point, thus two equilibria altogether on a horizontal surface. It can be proven that no object with less than two equilibria exists.

[...] superhydrophobic spray-on coating that repels water, mud, ice and other liquids.

'WarkaWater' is a project conceived for the mountainous regions in Ethiopia, where women and children walk several hours to collect water. To ease this dramatic condition, the studio ‘Architecture and Vision’ is developing the project ‘WarkaWater’ which is harvesting potable water from the air and honors the disappearing Ethiopian warka trees. The 9 m tall bamboo framework has a special fabric hanging inside capable to collect potable water from the air by condensation. The lightweight structure is designed with parametric computing, but can be built with local skills and materials by the village inhabitants.