Experiments | BRAINWAVE ENTRAINMENT - 3D STUDY #4
A three-dimensional exploration of brainwave synchronisation through visual representation, investigating how neural entrainment phenomena can be translated into spatial form. This study examines the brain's hypothesised capacity to naturally synchronise its brainwave frequencies with external rhythmic stimuli through auditory, visual, or tactile input.
The piece uses radiating linear structures to visualise the complex interplay between different brainwave states and their corresponding frequencies. Multicoloured elements burst outward from a central point, representing the dynamic nature of neural synchronisation and the spectrum of consciousness states achievable through entrainment techniques.
This 3D study investigates how brainwave entrainment concepts can be understood through spatial metaphors, with each radiating element potentially corresponding to different frequency ranges from Delta through Gamma states. The explosive visual form suggests the transformative potential of neural synchronisation practices.
