Ars Electronica Campus Linz 2026
Desert
Storm
Paul Babencu
An immersive atmospheric installation where artificial turbulence becomes a perceptual interface
Future Begins – Negotiating Humanity
Extending the Body / Reflecting the Earth. Negotiating the In-Between
Faculty of Arts and Design, West University of Timisoara
Open Call
Installation Overview
An Immersive Atmospheric Environment
Desert Storm constructs an immersive atmospheric environment in which artificial turbulence becomes a perceptual interface . Haze, responsive lighting, and interactive video and sound systems generate shifting vortices that react to the movement and presence of visitors.
Dimensions
400×300×300 cm
Medium
Atmosphere
Interaction
Motion-Responsive
Core Concept
As bodies navigate the space, sensors translate motion into fluctuations of luminosity and visual density, transforming air into an active, unstable medium . The installation foregrounds the volatility of air as a shared ecological field.
Desert Storm
The Translation Process
1
Visitor Enters
Body enters the 400×300×300 cm installation space
2
Motion Detection
Sensors capture movement, position, and presence data
3
System Processing
Real-time algorithms translate motion into atmospheric parameters
4
Atmospheric Response
Shifting vortices of light, haze, and sound emerge in response
Variable Parameters
Luminosity
Light intensity
Visual Density
Haze thickness
Sound Texture
Audio modulation
Vortex Dynamics
Movement patterns
Key Insight
The system creates a feedback loop where visitor presence continuously alters the environment, which in turn influences subsequent visitor behavior.
The installation evolves based on collective presence and individual movement patterns .
Interactive Mechanism
How Body Movement Becomes Atmospheric Response
The Perceptual Interface
Ecological Implications
Climate Awareness Through Artistic Experience
Material Fragility of Climate
Desert Storm draws attention to the material fragility of climate systems . By foregrounding atmospheric disturbance, the installation makes visible what is typically invisible—the constant flux and vulnerability of the air we breathe.
The artwork reframes presence as an ecological negotiation between body and turbulent field, proposing a form of embodied sensing that situates the visitor inside an unstable, dynamic ecosystem.
Ecological Messages
Air as Shared Resource
Atmosphere connects all living beings
Climate Volatility
Systems are unstable and responsive
Human Impact
Presence alters environmental conditions
Embodied Responsibility
Feeling the consequences of presence
Planetary Interconnection
Individual actions affect collective experience
Beyond Illustration
Rather than illustrating environmental crisis, Desert Storm creates a field of attunement —cultivating embodied awareness of atmospheric precarity through direct experience.
The Volatility of Air
Phenomenological Dimension
A New Form of Perception
Perception as Embodied Process
In this dynamic system, perception emerges as a form of embodied sensing . Rather than passive observation, experiencing Desert Storm requires active bodily engagement with the environment.
The phenomenological approach—drawing from thinkers like Maurice Merleau-Ponty—recognizes that perception is not detached viewing but an active, embodied process where the body is the instrument of experience.
Sensing Through Movement
Visitors don't just see the installation—they feel it through their skin, navigate it through proprioception, and understand it through spatial negotiation.
Tactile Visuality
Light becomes something you move through, haze becomes something you feel on your skin, and atmosphere becomes palpable and present.
Situated Within Climate
The installation situates the visitor within a fragile and responsive climatic environment. This is not a controlled, stable space but an unstable ecosystem that mirrors the volatility of real atmospheric conditions.
Embodied Sensing
Systems & Components
Technical Architecture
The Technology Behind the Atmosphere
Atmospheric Generation
Haze machines generate controlled atmospheric density, creating a volumetric canvas for light interaction. The haze density varies in response to visitor movement, creating zones of clarity and obscurity.
Density range:
Variable 0-100%
Responsive Lighting
Programmable LED arrays and projectors create dynamic luminosity patterns. Light intensity, color temperature, and beam angles shift based on sensor input, sculpting the atmospheric volume.
Response time:
< 50ms
Motion Sensing
Depth cameras, infrared sensors, and computer vision systems track visitor position, velocity, and gesture. Multiple sensor types ensure robust detection across varying lighting and atmospheric conditions.
Tracking area:
400×300 cm
Video & Audio
Projection mapping and spatial audio systems create immersive visual and sonic environments. Video content responds to motion data, generating vortices and flow patterns that mirror visitor movement.
Audio channels:
spatial
Integrated System Architecture
All components communicate through a central control system that processes sensor data and coordinates atmospheric responses in real-time, creating a unified, responsive environment.
Negotiating Humanity
Through Presence
Ars Electronica Campus Linz 2026
Future Begins – Negotiating Humanity
Open Call
Extending the Body / Reflecting the Earth. Negotiating the In-Between
Faculty of Arts and Design, West University of Timisoara
Desert Storm invites us to reconsider our relationship with the atmosphere—not as passive observers but as
active participants in an ongoing ecological negotiation.
In this fragile, responsive environment, every movement becomes a dialogue between body and earth. The installation positions perception itself as an ecological and ethical act —where sensing leads to responsibility, and presence leads to care.