A tardigrade doesn’t need a spacesuit to survive! We borrow its superpowers and travel virtually through space. We visit the International Space Station (ISS), a Mars rover on Mars and fly to distant solar systems.
When you look at a picture, it creates a bioelectric fireworks display in your brain cells. These impulses are transmitted via axons and synapses and can be measured and interpreted using brain-computer interfaces (BCI). You might be surprised at how art can affect you synaptically at a subconscious level.
Writing without moving a finger? You are invited to write on a computer using your brain waves directly through your scalp.
The new neuro-tech device Unicorn Core not only offers reliable real-time analysis for neuroscientific research on humans. Sebastian Sieghartsleitner (g.tec medical engineering) will present the new hardware, which is also suitable for animals, live.
Sebastian Sieghartsleitner from g.tec medical engineering will explain the clinical areas in which brain-computer interfaces can be used with the recoveriX rehabilitation system. He will also present the new study with Parkinson’s patients and report on the research fields of g.tec.
Try controlling a neuro-game with your brain waves! With so-called brain-computer interfaces, your brain activity can be recorded and analyzed in real time and converted into functions, such as controlling an avatar.
In Re-Engineering Human Nature, current developments and critical questions in the field of neurotechnology are discussed. Together with experts from various disciplines and an interested audience, we discuss opportunities and challenges as well as the role of art in this socially relevant field of technology.
Can we use data artistically to make social problems visible? Our daily lives generate huge amounts of data – which makes it all the more important to question who owns it, how it can be visualized in an understandable way, and how we can use it to solve social problems.
The NEURO*PRINT research project investigates the neuronal frequency spectrum of human brain signals in different scenarios. Each participant receives a printout of their own brain waves to take home.
How does proximity to robots affect our sense of loneliness? If an AI says a certain mushroom is edible, would you dare to take a bite?