Projects
2022
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Life Ink
Life Ink by the Ars Electronica Futurelab in collaboration with Wacom explores the inner mechanism of creativity in our brain and body. The joint research team developed wearable gear that captures brainwaves and body signals in real time to create a new form of ink, called Life Ink. Can the human mind and body become…
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WebExpression
A composition of strands, strings, and tones in an imaginary space makes up this vivid real-time painting developed by the Ars Electronica Futurelab together with Cisco Systems to artistically interpret the activities on the WebEx communication platform.
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Welcome to Planet B
A children’s pop-up book about climate change
Entirely analog and easy to grasp even for little hands: the new Deep Space 8K application Welcome to Planet B was brought to a child-friendly format for 8- to 12-year-olds in 2022 as part of the Ars Electronica Futurelab’s creative contest Ideas Expedition. The interactive pop-up book is designed to get kids excited about climate…
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Northeastern University 2022
In the Ars Electronica Futurelab Academy, we challenge the creativity of students in workshops, seminars and project-focused mentoring sessions. For the students, the hands-on approach of the Futurelab, paired with the potential and exposure of the Ars Electronica ecosystem, is a unique opportunity to develop their ideas and skills; for us Futurelab researchers, the dialogue…
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Mission KI
In collaboration with the Ars Electronica Futurelab, the Deutsches Museum in Bonn is reinventing itself and becoming a central platform for the future topic of artificial intelligence: in two themed experience rooms, visitors to the Mission AI exhibition can now experience the key technology of the 21st century there as well.
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SonoSynthesis
In the new era of creative collaboration, can machines and nature co-create art and music? In the SonoSynthesis project, a team of researchers from the Ars Electronica Futurelab brings together AI, biology, and Deep Space technologies to develop an immersive audio and visual experience created through the interaction between artificial intelligence and biological entities. The…
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Deep Space 8K EVOLUTION
Three visually stunning dimensions, 33 million pixels of resolution and a high-performance tracking system make Ars Electronica’s Deep Space 8K one of the world’s most exciting digital experience spaces – developed, built and continuously maintained by the Ars Electronica Futurelab. Deep Space EVOLUTION brings several new programs to the public in 2022, as well as…
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Sounding Letters
Visualized AI/Human composed piano performance
A captivating virtual experience: the new program Sounding Letters at Deep Space 8K shows how humans and AI create music together with a 3D piano concert.
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Welcome to Planet B
E-vehicle or public transport? Nuclear power or renewable energy? Lab meat or vegan diet? Urban living or shared rural home? The climate crisis currently challenges us with questions to which there are no easy answers. Alternative concepts await important decisions, and every action we take today has implications far into the future. Wouldn’t it be…
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Ori*botics
the art and science of robotic origami
ORI*BOTICS, the art and science of robotic origami, is a follow-on research project that continues the investigation of origami, technology and nature. It extends on our novel methods for designing and making strong, flexible and highly irregular origami from textiles and 3D printing, namely Fold Printing and Fold Mapping.
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Future Ink
Life Ink / Bio Ink / AI Ink / Space Ink
The Future Ink Project is a collaborative research project between Wacom and Ars Electronica Futurelab to explore the future of creativity from all aspects of ink. As the world’s leader in pen tablets, interactive pen displays, and digital interface technologies, Wacom brings people and technology closer together through natural, intuitive interface solutions. Through the joint…
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CoBot Studio
As humans and robots work together ever more closely, their joint success is linked to certain preconditions: How do you create safe working environments? How can we increase the acceptance of robots in everyday work? And how do you communicate with a colleague who consists only of a gripper arm?