The idea of visualising a dynamic three-dimensional space led to the development of a unique setup. The result is a configuration featuring a double front projection onto a holographic screen and two LED screens mounted on robotic arms. The movements of the robots alter spatial perception on stage, becoming an integral part of the choreography.

To enhance the immersive effect, the two LED screens were used as windows into a three-dimensional space behind them, revealing different areas of the real-time generated landscape depending on the robots' movements.

The digital landscapes were generated using software capable of reading and processing data in real-time. The data was collected through a depth camera and a motion tracking system worn by the performer.

The generation of digital landscapes is created through software capable of reading and processing data in real-time. The data is obtained through a depth camera and a motion tracking system worn by the performer.

The choreography was developed through continuous integration between body movement and its influence on the digital landscape. During the performance's development, the aim was to achieve a level of interaction that felt as natural as possible, ensuring expressive freedom and room for improvisation for the dancer. The entire piece unfolds in "rooms" where the digital landscape changes in response to gestures, movements, and positions. The overall dynamic of the performance sees a continuous increase in the system's entropy, represented both through body language and by altering the behaviour of the visual component.

The digital landscapes through which the narrative unfolds were inspired by studies on the visualisation of the universe. The Gaia Archive was used as a data source for representing the exact positions of stars in the sky.

Through this data reading, the visualisation of the Milky Way's disk was created, including a thick layer (many thousands of light-years) of ionised gas, dubbed the Warm Ionized Medium (WIM). This layer appears to be fueled by ongoing star formation. The data comes from the Wisconsin Hα Mapper and its Hα Sky Survey.

Inspired by the idea of paralleling terrestrial flows with astral movements, a digital simulation was created to replicate the dynamics of rivers evolving over time. The study delved into and depicted, through various visual experiments, how rivers alter their courses and direction in response to external influences.