#superstrings

"SAY_SUPERSTRINGS"

A Real-Time Generative Installation Performance Of Electrical Activity In The Musician’s Brain! dastrio x Ouchhh x Ars Electronica

We created a cognitive performance that we generate real-time brain waves at the Deep Space with the South Korean/German trio. At a concert which we visualize the changes in brain wave activities in real-time, we will also transform the Delta, Theta, Alpha, Beta and Gamma brain waves into a real-time concert experience that is wrapped around by generating the data about emotion, focus & attention, some auditory and neural mechanisms with electroencephalogram (EEG). What if matter is nothing but notes coming out of a vibrating string?

According to superstring theory, all matter in the world is made up of one thing: vibrating thin strings. These strings, which vibrate at different resonances, bring everything into existence in the known universe. Matter consists of small strings. When these strings are pulled in a certain way – just like a violin or guitar string – they create a frequency. Therefore, the pitches/notes occur. We have become aware of the existence of the little notes that these superstrings create, and we realize that the universe is a symphony, and all the physical laws of the universe fit these superstrings.

Ouchhh will take inspiration from the notes that exist in the universe while micro-strings vibrate (Subatomic Particles) in real time and define the melodies created by the notes as “Matter” and symphonies of these melodies as “Universe”. With dastrio, Ouchhh will take 11 dimensions in abstract directions in super grade gravity theory and move them beyond space in real time. The dimensions captured intuitively in living space will constantly change and turn into reality.

Real time visualization of brain electrical activity has existed for nearly half a century. Early visualization systems required extremely expensive equipment and timely application supports. The present microcomputer revolution provides extremely advanced performance and has helped for the development of better visualization environments. Real-time visualization can improve understanding of more complex phenomena in neuroscience, such as brain activity, while provides assessment of genuine brain dynamics, and perception of inherent spatio-temporal patterns of brain electrical activity. For the development of environments like these advanced computing methodologies have been used including artificial intelligence and computer vision.