Fluid Thresholds
Sculpting Responsive XR Environments Through Biometric Interaction
Description
In an era where digital and physical realms increasingly intertwine, our proposal seeks to redefine human-space interaction within extended reality (XR). Drawing inspiration from the philosophies of Arakawa and Gins, we propose the creation of a biologically responsive environment that dissolves the conventional boundaries between indoor and outdoor spaces, facilitated by the integration of EEG sensors to monitor brain activity related to calmness.
Conference
Yale CCAM ULTRA SPACE Symposium
Technical Details