Argonne National Laboratory & Electronic Visualization Laboratory

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Where Data Becomes Light: The Beauty of Scientific Visualization —

<p>Beneath the surface of everyday materials lies a hidden architecture. This visualization shows the cage-like structure of zeolites, porous silica-based materials used in water purification, oil refining, and household products. Scientists use machine learning to uncover how these structures grow and change at the atomic scale.</p>
<p>Beneath the surface of everyday materials lies a hidden architecture. This visualization shows the cage-like structure of zeolites, porous silica-based materials used in water purification, oil refining, and household products. Scientists use machine learning to uncover how these structures grow and change at the atomic scale.</p>
Eye Icon Icon of an eye with lashes, opened if the projection is on view; closed if projection is archived.

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About the Work

<p>Beneath the surface of everyday materials lies a hidden architecture. This visualization shows the cage-like structure of zeolites, porous silica-based materials used in water purification, oil refining, and household products. Scientists use machine learning to uncover how these structures grow and change at the atomic scale.</p>

Scientific visualization transforms complex data into images that reveal structure, motion, and meaning, allowing us to see phenomena that would otherwise remain hidden. Where Data Becomes Light celebrates the beauty of science with sweeping animations and vivid imagery, turning numbers and signals into images that illuminate how we understand the world. The experience opens a luminous window into discovery that reveals beauty in motion across cosmology, climate science, biomedical research, materials discovery, physics, chemistry, and artificial intelligence.

This project is a collaboration between Argonne National Laboratory and the Electronic Visualization Laboratory at the University of Illinois Chicago, building on Chicago’s long-standing leadership in transforming complex scientific data into powerful visual experiences. The result is a journey that invites viewers to encounter science as a visual experience, revealing the hidden structures and patterns that shape our universe.
www.anl.gov

Project Leads:
Michael E. Papka, Argonne National Laboratory and University of Illinois Chicago (Science)
Daria Tsoupikova, University of Illinois Chicago (Art/Design)

Project Team:
Zainab Ahmed, University of Illinois Chicago
Beth Cerny, Argonne National Laboratory
Joseph Insley, Argonne National Laboratory
Farah Kamleh, University of Illinois Chicago
Krystofer Kim, Independent Contractor
Janet Knowles, Argonne National Laboratory
Victor Mateevitsi, Argonne National Laboratory and University of Illinois Chicago
Julie Parente, Argonne National Laboratory
Silvio Rizzi, Argonne National Laboratory and University of Illinois Chicago
Laura Wolf, Argonne National Laboratory

Credit:
Science: Subramanian Sankaranarayanan, University of Illinois Chicago and Argonne National Laboratory, and Aditya Koneru, Argonne National Laboratory
Visualization: Joseph Insley, Argonne National Laboratory