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Kyle Gourlie, Class of ’25: Small-town student to space-time researcher

By Elana Roldan

There’s the store, the gas station and fields that stretch to the hills. Describing his home in Scio, Oregon, physics senior Kyle Gourlie emphasizes its small-town lifestyle. Getting access to science in his rural community, however, proved to be a challenge.

“Where I come from, you either do fabrication, welding, you're a farmer or you're a log truck driver. There's never really been anyone who's like, I want to do STEM,” Gourlie said.

But his draw to the field from a young age made him determined to seek it out. After attending community college and transitioning to Oregon State, he has become deeply involved in astrophysics research and outreach. Despite the challenges of being a first-generation student, Gourlie continues to overcome obstacles and strives to pave a path for future students. After graduating as a physics major and mathematics minor in June, he will enter a Ph.D. program this fall at the University of Wisconsin-Milwaukee.

“I want to be a person that gives back one way or another, whether that's trying to help with passing bills, giving back to the community through volunteering or doing STEM outreach to different regions in the United States,” he said. “I really feel like Oregon State has that ability to be inclusive in their working and learning environments.”

Scio to Corvo

Science gripped Gourlie from an early age. He distinctly remembers being glued to the pages of library books covered in vibrant illustrations of space, then fascinated by descriptions of the solar system. “I was always like, why? How can we even find these things?” he said.

Getting answers to his questions was never easy. In class, most were met with uncertain responses at best. He quickly learned to resort to other resources, from Wikipedia to ‘pretend school days’ his older sister held in the summer, exposing him to material six years ahead of his grade.

His first real opportunity came from a dual enrollment program that allowed him to take classes at Linn-Benton Community College as a high schooler. There, he got a taste for physics in a general course and was hooked. “I was like, oh my god, this is actually what I want to do with my life,” he recalled.

After Gourlie finished his studies at Linn-Benton and decided to further pursue college, the transition to Oregon State was a daunting one. The sheer number of people was overwhelming at first, coupled with longer lectures and more assignments.

But as the year went on it became easier for him to come out of his shell, which made getting help from professors and other students easier as well. Instructors understood and empathized with his circumstances, such as the hour-long commute he made from Scio to Corvallis everyday.

A side view of a man sitting outside on a bench with leafy plants behind him.

As a rural student, Gourlie was at first intimidated by the size of OSU's campus, but grew to love the many opportunities and people within its community.

One professor in particular became a true mentor to him over the course of his studies. In one of Gourlie’s first upper division physics courses, he was introduced to Assistant Professor Jeff Hazboun. Hazboun’s research was exactly what Gourlie had been looking for. As a member of the North American Nanohertz Observatory for Gravitational Waves, he works with ripples in space-time to better understand the universe.

The two met again at a physics department event, and the doors were opened for Gourlie to take his first steps into research. “He was able to set me up to go to conferences and network. That's actually what got me into my Ph.D. program I’ll start in fall,” Gourlie said.

Outside of research opportunities, getting involved in student organizations played a major role in making Corvallis feel more like home. During his first year, a teaching assistant in his class invited him to a Society of Physics Students event to get to know the community more. The club ended up being where he made most of his friends, and he now serves as its president to keep its traditions going.

Gourlie is also in Physicists for Inclusion in Science, a group focused on equity and outreach in STEM.

“Historically, science has not been very inclusive at all. It's been predominantly white males,” he explained. “Coming from a rural community, you don't really think of those things because there isn't science there. After coming to an actual university and understanding how real it is, I want to fix that.”

Gourlie’s work as a learning assistant in physics courses also became a defining part of his time in college. “It’s probably been my most rewarding experience because you help people and then they become LAs, and then the people they help become LAs. It’s like two or three generations of learning assistants fostering more of a community.”

Looking ahead and giving back

As an undergraduate researcher, much of Gourlie’s work involves coding with gravitational wave data. NANOGrav uses the timing of pulsars, a type of spinning neutron star, to detect these gravitational waves out in space.

Although the research is fascinating, it can be difficult to balance alongside work and studies. That’s why the chance to continue researching over the summer appealed to Gourlie. While it would have typically been impossible as he works full time when school is out, the Summer Undergraduate Research Experience grant made the opportunity a reality last summer. Being able to fully dive into his work is what showed him a future in astrophysics.

“I knew this is definitely what I wanted to do with my Ph.D,” he said. “I would not have been able to do that without the SURE grant.”

"We have a moral obligation to not keep our science locked up. I feel like it is our responsibility to not only communicate with the public what we're doing, but to also give back."

While Gourlie hopes he can remain in academia throughout his career, the current unpredictability surrounding this sphere of science has made him cautious.

“My end goal is to pursue academia as much as possible as long as funding cuts don’t prevent it,” he said.

This uncertainty, however, has only cemented Gourlie’s drive for STEM accessibility. Having faced financial barriers himself and seen how absent science can be from communities like his hometown, he is determined to champion its importance amidst challenging times.

“I really want to be an advocate for pursuing STEM, especially right now,” he said. “We have a moral obligation to not keep our science locked up. I feel like it is our responsibility to not only communicate with the public what we're doing, but to also give back.”