Brain Lab / Adele Perte, Credit: Tom Mesic
BrainLab
Adele Perte (AT)

With the BrainLab you can create an insight into the activities of a youthful brain and get to know its full complexity through experimenting.

In Reactio Veritas
Felix Strobl, Barbara Gregori, Claudio Reiter (AT)

In Reactio Veritas is set to challenge the concept of confrontation by generating algorithmic works of art through electro-encephalography, which does not merely analyze the dispute, but should inspire us to see the beauty and communality behind the conflict.

BR41N.I0 Hackathon
g.tec medical engineering GmbH (AT)

The BR41N.IO Hackathon brings together engineers, programmers, designers, artists and/or enthusiasts, who collaborate intensively as an interdisciplinary team. Each team must design and build a unique, playful and wearable headpiece that can measure useful EEG signals in real-time to create any sort of interaction.

Presentation: Clinical Applications of Brain Computer Interface Systems

Brain-Computer Interfaces (BCIs) are new technologies that are becoming increasingly popular in medicine. Nowadays, computers and devices can be operated by measuring brain waves. Experience how this technology works and find out what research is currently working on. Erika Mondria, BCI expert at the Ars Electronica Center, will present the functionality of "recoveriX" and "mindBeagle" live.

Body Poetry
Liu Guiyu (CN)

Body Poetry is an exploration of future body data and poetic human data. When linking the body to the data, perhaps our sadness, fear and enthusiasm are not only the spirituality of poetry, but the result of the algorithm.

Time
Jianhao Lei (CN)

What I present in this project is a trapped clock. The audience takes an EEG and the data extracted from their brain activities reinvigorate the clock. Then, the clock is no longer moving second by second, but at a real-time pace according to the brain activity of the viewer.

Mind Particles
He Xuan (CN)

The particles are suspended and aggregated in the air, and the brain waves generated by concentration during meditation control the substances in the container. When the control stops, the air movement stops, the particles return to the absolute steady state and are scattered.

Brainwave Project to Help Patients with Disorders of Consciousness
Qi Chen (CN)

In this project, I hope to provide an approach to help people who are in a minimally conscious state (MCS) and have partial preservation of conscious awareness by using wearable devices to detect real-time brain waves and generate images to help doctors and families understand the different brain responses to different audiovisual inputs.