The project gathers a series of visual fragments developed across different assignments, all centered on fluidity. Rather than focusing on a specific substance, the work approaches fluids as a field of observation, where variations in viscosity and motion define how surfaces react to light. In close-up, these materials reveal a balance between tension and release. A liquid may appear still while remaining in transformation, or shift under minimal disturbance. What is observed is less the substance itself than the conditions under which it holds, stretches or disperses.

The images are developed through a combination of photographic capture, live-action experimentation and digital simulation. In the studio, controlled lighting and high-speed capture systems are used to observe fluid behaviour under precise conditions. Small variations in viscosity or surface interaction significantly affect the result. In parallel, CGI workflows extend this exploration into a virtual space. Fluid simulations, look development and material rendering allow behaviours to be reconstructed with greater control, while remaining grounded in observation.

Across these studies, fluids act as carriers of light and movement. Their surfaces absorb, distort and reflect their environment, introducing a controlled instability that brings depth and presence to the image. This condition, where matter remains in transformation without fully settling, continues to inform the bureau’s approach to product imagery. The project remains open, extending an ongoing exploration of how fluid behaviour shapes perception across photographic and digital contexts.

Stojan

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liquid glass
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Stojan

product design packaging design glass tubes cgi material research

stojan

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porté
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porté 2
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valpin
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aboab 1
b&w
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