Jordan Soderberg Mills installs the Prismatic Chapel windows


The phenomenon of light – in all its glory – is central to the work of Jordan Soderberg Mills. He has created numerous immersive works for temporary and permanent commissions around the world with a wonderful simplicity that belies the complex physics that make them possible. And his latest prismatic experimentation is now woven into the very architecture of a decommissioned 15th-century church in Brussels. Framed in black iron, the Boondael ChapelIts 14 windows now refract light to create rainbow effects that shift through the day and the seasons.

A small brick church with a central arched window and steeple stands in front of trees, with a blue and yellow dam at its base under a deep blue sky.

Photo by Franziska Krieck.

Two arched windows with gradient glass in a brick wall. Green grows at the base of the wall.

Photo by Franziska Krieck.

A brick building with an arched window reflects a rainbow pattern. Four metal hooks protrude from the wall and the sky is clear and blue.

Photo by Franziska Krieck.

The Canadian artist, who also works and lives in Europe, had earlier participated in a Ghent Design Museum exhibition inspired by Jan Van Eyck, who invented techniques that layer transparent panes in a specific way to create distinct visual effects. “There was a very specific altar piece that’s in Ghent, with an inscription that says the Virgin Mary is the reflection of eternal light,” says Soderberg Mills. “I thought, how can I represent eternal light? How can I create something that uses this idea of ​​multiple layers and glazing that the Renaissance painter used? So I made Eternal Light + A spotless mirror.”

Two arched windows with translucent panels cast light rainbow-colored patterns on white brick walls and a gray floor in a minimalist room.

Photo by Franziska Krieck.

This piece gave Soderberg Mills visibility in Belgium, but the opening of the exhibition coincided with the lockdowns due to COVID-19. It made him all the more eager to see and feel his work. Then came the open call for the former church and current art space in Brussels. He had one very specific requirement: The glass had to be colorless and completely transparent. This, too, presented a challenge. “Because my practice is such an exploration of color, perception and light,” he says, explaining his thought process, “how can I cheat the system or be a little cheeky to produce glass that is colorless but transmits color?”

A large room with white brick walls, arched windows and two square frames with translucent frames showing rainbows placed in front of the windows.

Photo by Franziska Krieck.

In Gothic churches, light was treated as a divine element. “A church window is a really mystical thing,” he says. While researching the adaptive reuse of old churches in Belgium, Soderberg Mills came across chapels along the North Sea coast where steeples became lighthouses. It prompted him to refer to Belgian architecture in an interesting way. he tried to create something “mythic or magical realist” while honoring the now secular use of the temple.

Arched window with circular divided glass. The top is clear and shows green trees outside, the bottom is icy blue, set against a white brick wall.

Photo by Franziska Krieck.

Whatever he envisioned, he needed to work with Belgian manufacturers – another criterion of the open call. Soderberg Mills found one that supplies beakers to local workshops and a company that makes iron windows for train stations. Laboratory glass is particularly important—it takes the form of long borosilicate tubes, or rods, that are star-shaped in cross-section. Together, they form a striated surface. The reeds are etched internally with billions of tiny apertures that disperse the light into spectral bands.

A translucent, ribbed window with a black frame displays a rainbow gradient, allowing light to enter a room with white brick walls. The trees are visible outside an arched window above.

Photo by Franziska Krieck.

A tall arched window with frosted and clear glass sits above a closed wooden door on a white brick wall, with a wooden floor below.

Photo by Franziska Krieck.

Another lab, this one in California, produced the film embedded inside the glass extrusions. “Film is used in spectroscopy,” explains Soderberg Mills, “anything that reflects light will have a color signature, and the composition of the rainbow will tell you what a star is made of.” Along with etched glass reeds, the film refracts daylight into “vibrant, shifting spectral color, turning the chapel into both a sanctuary and a living lens.”

An arched window with an undulating, partially rainbow-tinted glass in a brick wall, with sunny green leaves in the upper left foreground.

Photo by Franziska Krieck.

By bending the light, iron-framed windows produce different perspectives at different times of the day and year. Soderberg Mills likens it to a sundial, which produces a completely unique experience depending on when you enter the church. “It’s about creating something that’s stable that also gives this sense of motion and movement, which is really the movement of the planet through space—this cosmological dance,” he says.

A diagram shows how light moves through a prism-shaped object, illustrating emission, refraction and dispersion with arrows and subtle rainbow effects.

Chart contributed by Jordan Soderberg Mills.

Elizabeth Pagliacolo is the editor of Azure Magazine and the executive editor of Design Milk. Based in Toronto, he covers design at every scale, from the spoon to the city. Some of her favorite things, in no particular order, are Mulholland Drive (the movie and the place), burnt Basque cheesecake (preferably from Toronto’s Bar Raval), true crime podcasts (indistinct), and the sound of boots crunching through autumn leaves.



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