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Ballet in Architecture – from fluid architecture to interactive design

For quite some time now, the highly global wish to stop separating ourselves from both the natural world and our technology has had a noteworthy influence over the design and the architectural world. We are entering an age of entanglement, in which everything connects through both biology and technology, in which the analogies between architecture, fashion and the space industry are not that far-fetched anymore. But what are the first things to prove it, except for theory and manifesto texts?

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The augmented reality – just a game?

The augmented reality appeared to be relegated to the shadows until just a few months ago. But thanks to the Pokemon Go smartphone app, virtual reality is suddenly on everyone’s radar.

Catching little creatures using virtual balls may not seem like the best or most clever way to use this technology – but it certainly is profitable: Creator Nintendo earns some USD 200 with the app – every second!

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Everything Comes Together

Materials like aluminum and carbon are making our cars, rockets and ships lighter and lighter. However, perfect materials alone cannot guarantee the best possible results.

The lightweight construction trend in the industrial sector continues unabated. By 2030, the annual turnover with lightweight components made of high-tensile steel, aluminum and carbon-fiber-reinforced plastic is set to explode from roughly 70 to over 300 billion Euros . By far the most important market for this is the transport sector , followed by the aerospace and shipping industries. The legally-mandated CO2 reduction for automobiles by 2020 is one reason why the lightweight construction trend remains so dynamic. That makes electric drives – and lightweight construction – increasingly important for the automotive industry. Batteries are heavy, so manufacturers have to find other areas where they can save weight to improve the range of electric vehicles. However, lightweight construction is catching on more and more in other transport and industrial sectors thanks to the potential efficiency improvements and environmental benefits.

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Amsterdam gets world’s first fleet of autonomous boats

In a collaboration with researchers at the Massachusetts Institute of Technology (MIT), the Amsterdam Institute for Advanced Metropolitan Solutions (AMS Institute) has started the world’s first major research program on autonomous floating vessels in metropolitan areas. Roboat will be conducted by researchers from MIT, Delft University of Technology (TUD) and Wageningen University and Research (WUR). The five-year program has a budget of €25 million and is set in Amsterdam.