Palace of Science

 

Exploring human anatomy through real scientific data

Storyvoxel delivered an interactive human anatomy exhibit to the Palace of Science in Belgrade, built on the Inside Explorer platform. The installation invites visitors to explore the human body from the inside using intuitive touch‑based interaction and high‑resolution 3D visualisations derived from authentic scientific data.

Designed for public engagement, the exhibit enables visitors of different ages and backgrounds to explore complex anatomy at their own pace—supporting understanding through curiosity and discovery rather than fixed narratives.

 
 
 
 
 

The challenge

Human anatomy is inherently complex, and traditional exhibits often rely on illustrations or simplified models that limit depth and accuracy. The Palace of Science wanted an interactive installation that could communicate scientific complexity clearly, while remaining accessible and engaging for a broad audience.

The challenge was to preserve scientific integrity while making advanced imaging data usable in a public, hands‑on museum setting.

 
 
 

The solution

Storyvoxel developed a touch‑based interactive exhibit using Inside Explorer, transforming advanced 3D X‑ray and imaging data into an explorable learning experience. Visitors can peel away layers, rotate structures, and move seamlessly through anatomical systems using intuitive gestures on a large interactive display.

The experience is grounded entirely in real scientific data—not synthetic models—ensuring both credibility and depth, while thoughtful interaction design keeps the experience approachable and engaging.

 
 

“We worked together to shape the Human Body exhibit with a clear focus on both scientific accuracy and visitor experience, creating a space where knowledge and curiosity meet.”

—  Nemanja Djordjević, Director, Palace of Science

 

The result

With this installation, the Palace of Science strengthens its mission to bring science closer to the public. Advanced research data becomes something visitors can explore, understand, and discuss together—bridging the gap between scientific research and public understanding through interactive, trustworthy experiences.

 
 
 

Key outcomes

  • Real human anatomy made explorable using authentic scientific data

  • Intuitive, touch‑based interaction suitable for a broad public audience

  • Preserved scientific accuracy without relying on illustrations or synthetic models

  • Deeper engagement through self‑guided, curiosity‑driven exploration

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