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Image of Research winners capture the spark of discovery

Top prizes honor the best distillation of research, scholarly, or creative work through a single, striking image at the inaugural competition

Behind every data set, field note, and experiment lies a story of curiosity, creativity and persistence. The University of Utah celebrated those stories through the Image of Research, a new campus-wide competition and exhibition inviting faculty, research staff, and graduate students to showcase the distinct and aesthetic dimensions of their scholarly work.

The J. Willard Marriott Library and the Office of the Vice President for Research announced the winners of inaugural competition. After narrowing down nearly 80 submissions to the final 20, the judges revealed the top three entries from both the graduate student and post-doc/faculty groups during the 2026 Image of Research event at the Marriott Library on March 31. Attendees also voted for the people’s choice award during the event. The artwork will be on display at the library through June 5.

“Research goes beyond outcomes; it’s fueled by curiosity, exploration and our natural desire to understand,” said Sarah Shreeves, the Alice Sheets Marriott Dean of Libraries and event organizer. “Condensing research into a single image can feel impossible, but it can also reveal beauty and meaning in ways that traditional presentations cannot.”

Congratulations to the 2026 Image of Research awardees!

Faculty, post-docs, research staff winners

Two people stand in shallow, reflective water under a clear blue sky. Distant mountains are visible on the horizon.

1st place: Searching for Life in America’s Dead Sea
People's Choice Award winner  

Author: Michael Werner, faculty, School of Biological Sciences

This image was captured during a field work trip to Great Salt Lake (GSL). We had just finished paddling in kayaks from Antelope Island to Fremont Island, which takes about 2-3 hours. As I was resting, my graduate student (Shelley Reich, left) and post-doc (Julie Jung, right) began collecting submerged sediment to bring back to the lab. I couldn’t help but notice the profile of the two scientists in the foreground framed by the mountains, which seemed to emerge almost from nowhere above the placid conditions of the lake that day. This turned out to be a pivotal sampling trip from which we discovered a new species of roundworm (nematode), representing the third animal to live in the hypersaline bays of GSL.

A child's hand reaches for an orange prescription bottle labeled for Hydrocodone/Acetaminophen. The child appears curious in the background.

2nd place: Unused, Unneeded, Unsafe 

Author: Jordan Johnson, post-doc/researcher, general surgery advanced practice clinician

Every year in the US, 42 million surgery patients are prescribed opioids for post-discharge pain management and 60-92% of patients will have leftover opioids. Presently, we advise patients to dispose of opioids at take-back events or drop boxes, but less than 10% will do so. Instead, patients insecurely store, misuse, or share opioids putting themselves, families, and communities at risk. Despite this, we currently lack an effective and scalable intervention for motivating patients to dispose of leftover opioids. Thus, there is a critical and time-sensitive need to develop effective, scalable opioid disposal interventions. Our research aims at providing the needed evidence and training for developing, implementing, and evaluating opioid disposal and other patient safety health system interventions.

Close-up of a spiral section under a microscope, showing intricate golden and brown patterns with branching lines, highlighted by a warm glow.

3rd place: Networks of Resistance: The Hidden Architecture of an ExPEC Biofilm 

Author: Alexis Rousek, post-doc/researcher, College of Science

This image captures a bacterial biofilm formed by extraintestinal pathogenic Escherichia coli (ExPEC), a major cause of urinary tract infections and bloodstream infections. Illuminated in warm, fiery tones, the dense web of structures reveals how individual bacterial cells organize into a highly coordinated community. What appears abstract and artistic is, in reality, a powerful survival strategy. Within biofilms, bacteria embed themselves in a self-produced matrix that protects them from antibiotics, immune responses, and environmental stress. My research in the SRI investigates how ExPEC biofilms form, persist, and resist treatment, with the goal of identifying vulnerabilities that could improve therapeutic strategies. This image represents both the beauty and danger of microbial cooperation: intricate, resilient, and difficult to dismantle. This work connects fundamental microbiology to urgent clinical challenges, highlighting the importance of seeing and understanding the unseen worlds that shape human health.

Graduate Student winners

Photo of a hand peeling away a piece on the face of the an Asian woman amidst a mixed media collage surrounded by snapshots representing her world.

1st place: Underneath the Yellow Woman

Author: Jamie Nakano, graduate student, Department of History 

Literary studies scholar Dr. Anne Anlin Cheng coined the concept of the “Yellow Woman” to refer to the amalgamation of representations of Asian women in Western media. The Yellow Woman is both a person and an object, decorated and a decoration, constructed from centuries of intercultural contact between the West and the Asian Orient. My research on media portrayals of Asian femininity in the 19th and early 20th centuries considers this theory, attempting to find the real women at the root of such portrayals. Representation is a combination of observation and interpretation, and the final product of art – be it a painting of a young Japanese girl, a travelogue recounting a foreign temporary wife, a film about Chinese peasants, a performer dressed in opulent gold, an advertisement for vice and luxury, or a superfluous dragon – comes from a real story somewhere down the historical pipeline. When you peel back the layers, tearing through even the base picture – underneath everything, who will you find staring back at you?

A vintage handwritten document fills the frame, with a fountain pen placed diagonally across the page and warm sepia tones emphasizing aged paper.

2nd place: Broken Treaties and ICBMs: Cold War Conflict between Western Shoshone Land Claims and U.S. Nuclear Militarization

Author: John Flynn, graduate student, American West Center

Two treaties, signed over 100 years apart, collided at the height of the Cold War as nuclear warheads and Native American land claims presented different futures for the lands of the Great Basin. In 1863, the Western Shoshone signed a treaty of “peace and friendship” with the United States, through which the Western Shoshone retained rights to their original territory in Nevada. In 1979, President Carter signed the SALT II Treaty with the Soviet Union as part of the Cold War arms race. A consequence of SALT II was a U.S. plan to cover Nevada with hundreds of nuclear missiles called the “MX.” My research image visualizes the land conflict created by U.S. militarization of the Great Basin and the Western Shoshone efforts to defend their aboriginal homeland during the Cold War. The image is a collage of two archival sources—the original 1863 treaty and a US government rendering of the MX missile from 1979. The missile image is superimposed over the treaty, tearing across the page to symbolize the collision of competing land use claims. This visual collision reflects the crux of my research: the tension between Cold War militarization of public lands and Native claims to traditional territory.

A sepia-toned photo of a snow-covered expanse with a big crack running through the center.

3rd place: Cracking Horizon 

Author: Cait Quirk, graduate student, Environmental Humanities Program

As a researcher in the Environmental Humanities, I use experimental film photography to communicate glacial melt to broader audiences. Through work with the North Cascades Glacier Climate Project, I measure the mass balance of glaciers and study water resources. To parallel how the processes of climate change are affecting glaciers, I pre-exposed the 35mm film to light and heat. The resulting saturation distortions in the photo "Cracking Horizon" enhance the visual of the crevasse to demonstrate how global warming exacerbates glacier recession. This image was taken on the Easton glacier of Mt Baker, which has lost over 20% of its volume in the last 20 years.