REFRACTIONS OF ICE
Year: 2026 Type: Installation
Refractions of Ice in the iconic Library Hall of the Round Tower June 26th – September 20th, 2026
In Refractions of Ice, art and science meet in a visual exploration of the deep ice. Under polarized light, the ice’s crystals emerge in surprising patterns, revealing a poetic language of colors, shapes, and movements. These crystalline structures hold traces of past climates and hint at transformations yet to come.
The exhibition presents macro-optical film recordings of ice crystals from millennia-old ice cores, extracted from three kilometers beneath the Greenlandic ice sheet. Through a scientific and visual investigation of the crystals’ micro-movements and melting processes, the work invites the audience into the deep narratives of ice, where vibrant crystal formations become images of the planet’s continual change.
Video and sound translate ice core research into a sensory experience, where the encounter between science and aesthetics creates a visual space for reflection on nature’s transformations and humanity’s place within them, in a time marked by climatic and existential shifts.
BEHIND THE SCENES
Follow the process from the art-science collaboration between Visual Science Studio and the researchers at Niels Bohr Institute through the images below.
Credits
Visual artist: Maja Friis
Scientists: Anders Svensson, Julien Westhoff, Dorthe Dahl-Jensen, Nicolas Stoll, Nicholas Mossor Rathmann
Cinematographer: Anders Nydam
Composer: Martin Dirkov
Texts: Pernille Kaufmann
Exhibition Design: Morten Just Hansen
Engineer: Grant Boeckmann
Colorist: Anders Vadgaard Christensen
Creative workshop design: Kirsten Frobom
Producer: Sofie Mønster
Thank you
Kasper Friis, Ilka Weikusat, Johanna Kerch, T.J.Fudge, Ed Brook, Jørgen Peder Steffensen, Sune Olander Rasmussen, Kevin Michael Nikolaus
Alfred Wegener Institute Helmholtz Centre for Polar and Marine Research
University of Washington
Oregon State University
NSF Center for Oldest Ice Exploration
Ca’Foscari University of Venice
NBI Værkstedet – Elektronik & Mekanik, Niels Bohr Institutet
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