In the Wake

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The Silent Drift of Environmental Neurotoxins — An installation that uses maps, light, and movement to reveal how environmental contaminants travel through ecosystems and affect human health.

About the Project

In the Wake: The Silent Drift of Environmental Neurotoxins is a collaboration between artist Kendra Sollars and scientist Dr. Brittany Krzyzanowski. The project uses maps, light, and movement to illustrate how certain environmental contaminants move through air, water, and soil. The work draws from real locations where these toxins have been studied, transforming scientific data into a physical and visual experience.

By making invisible processes perceptible, the project invites reflection on how environmental exposure shapes human health. It also opens space for conversation around awareness, research, and the possibility of healthier futures informed by understanding.

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Artpiece dimensions: 50 1/2″ W x 15 1/2″ H x 2 5/8″ D

Artpiece price: $10,000

Together, they built a shared language between disciplines, translating data, material, and emotion into new forms of expression.

THE TEAM
ARx connects artists and researchers through residencies, exhibitions, and education.
Phoenix Bioscience Core
Get to know PBC Art Committee

WHERE Creativity Image of an Art piece Meets Research • 

Kendra Sollars
Kendra Sollars is a Tempe-based interdisciplinary artist whose work spans video, light, performance, and public installation. A former synchronized swimmer and Cirque du Soleil performer, she translates movement and form into immersive artworks exploring humanity’s interconnectedness with the natural world, blending organic and digital elements to evoke reflection, reverence, and responsibility.
Brittany Krzyzanowski
Dr. Krzyzanowski, Assistant Professor at Barrow Neurological Institute, uses Geographic Information Science to study how environmental toxins influence Parkinson disease. By integrating patient data with pollution and chemical exposure maps, her research reveals national and regional patterns that inform targeted cleanup efforts and strategies to reduce disease risk.