Spatial perception in zero-G

Astronauts on the International Space Station undergo rigorous training, including navigation skills, to adapt to microgravity, in which there is no fixed “up” or “down” and in which perceptual illusions, such as Visual reorientation illusions, commonly occur. This can lead to disorientation, posing significant safety risks.

One of the methods NASA uses to train their astronauts is VR. At the same time, spending time in a supine or tilted position is one of the analogs of microgravity on Earth. However, the impact of body position on navigation in simulated zero-gravity spaces remains unexplored.

This project aims to contribute to this growing body of research by examining the potential differences in navigating a simulated zero-gravity space in a supine position compared to an upright position.

This project is in its first stages of development.