Kerstin Blätterbinder
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Welcome to Planet B
A Children’s Pop-Up Book About Climate Change
The Futurelab application Welcome to Planet B brings climate decisions to Deep Space 8K. To translate the project to a child-friendly format for 8- to 12-year-olds, a team at the lab created a matching interactive pop-up book. It is designed to get kids excited about climate protection and to marvel, grasp and understand – and,…
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Alchemists of the Future
25 years of Ars Electronica Futurelab
In 2021, the Ars Electronica Futurelab celebrated its 25th anniversary. Under the heading Alchemists of the Future, the Open Futurelab therefor presented a look back at the lab’s challenges and successes, but most importantly its latest ideas and glimpes into the future.
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NHM Deck 50
Science Communication in the Museum
Deck 50 at Vienna’s Natural History Museum is a participatory platform for science communication. Here, visitors can actively explore different environmental and socially relevant topics with hands-on experiments – becoming “Citizen Scientists” in the process.
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Stream of Hope
Large-Scale Fluxel Performance in Japan
Ars Electronica Futurelab’s Fluxels, a scalable swarm of ground robots equipped with hexagonal LED displays, brought about a new language of visual expression. Stream of Hope in Osaka and Yokohama showcased their versatility at large-scale events.
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Deep Virtual
Ars Electronica Futurelab’s video production system Deep Virtual is able to merge virtual into physical reality in real time and to transmit this hybrid reality instantly. With its development, the Lab has set a milestone in the history of Deep Space 8K : The idea for live hybrid video production takes the broadcasting of virtual…
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Open Futurelab 2020
The Open Futurelab already planned for 2020 was redesigned into a major experiment due to the Covid pandemic – intended to create a hybrid interaction space that confronted the difficulties of social distance as well as the opportunities presented by telepresence. For not only the lab itself, but the entire festival was challenged by the…
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Open Futurelab 2019
The festival site at POSTCITY in Linz was used as a stage for Open Futurelab until 2019. Created with the Japanese public broadcasting company NHK, Media Platz was a prototype of an open media plaza consisting of cardboard and high-resolution screens, which was used as a forum for public debate. Various panel discussions took place…
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Swarm Arena @Miraikan
In the beginning, there was a shared research interest: How can swarm-based technology be embedded in everyday media use and what new possibilities of communication or artistic expression does it offer as a visual medium? The Japanese telecommunications company NTT and the Ars Electronica Futurelab have been investigating these questions since 2017 and have repeatedly…
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pinocchio
Two industrial robots play the role of two marionettes. The motions of a human puppeteer were recorded and are copied by the two robot arms. What happens when we are able to digitalize and therefore replicate highly complicated human abilities such as puppetry?
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Beyond the Frame – 8K Future Projects
Since 2018, together with Japan’s largest public broadcaster NHK, the Ars Electronica Futurelab has been pursuing questions about the future of the next generation of 8K ultra-high definition TV technology. As early as 2016, NHK began producing 8K material, developing recording and playback technology, and launched the first 8K single channel, making it one of…
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Living Numbers
Beyond the Frame — 8K Future Projects
Living numbers is an edutainment program for children, which uses life-size animations to bring life and animal relations closer to its viewers. It was developed within the scope of Beyond the Frame – 8K Future Projects presented at Deep Space 8K during the Ars Electronica Festival 2019.
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Cinematic Anatomy x Deep Space
Photorealistic Anatomy Larger Than Life in 3D
The multi-award-winning Cinematic Anatomy x Deep Space merges MRI and CTR data of real patients into photorealistic three-dimensional images of human anatomy. Organs, blood vessels, muscles, tendon, and more can be viewed larger than life as three-dimensional, razor-sharp objects from all angles.