MSUM student maps the Ionosphere

For Taytum Nelson, a sophomore studying physics, math, and computer science, curiosity has always driven her to learn more about the world she lives in. In her sophomore year of high school, she attended a camp to learn about Artificial Intelligence and got hands-on experience programming a facial emotion recognition system with a small group of students.

"It was that same year that I became really interested in how the world works, and was interested in physics," Taytum says.

Although both of her parents are Minnesota State University Moorhead alumni, Taytum chose MSUM because it was close to home, and the unique opportunity to get hands-on experience as an underclass student.

"I knew that if I went to MSUM, I could start doing research my first year on campus. I wouldn't get that in most other places," Taytum says.

She immediately got plugged into campus, joining the society of physics students club, where she learned about the National Science Foundation's Research Experiences for Undergraduates (REU). The REU's are highly competitive research internships in a variety of STEM fields.

Taytum applied, and was accepted, to spend her summer in Menlo Park, California at SRI. While there, she and another student conducted geospatial studies, specifically working on mapping the Ionosphere.


Ionosphere | NOAA/NWS Space Weather Prediction Center

The Ionosphere is the part of the Earth's atmosphere that is the farthest from the surface. It is within the Ionosphere that satellites orbit, including the International Space Station, and radio waves that are used for communication and GPS travel.

The Ionosphere is also home to solar storms and other space weather, which can damage satellites and block radio waves. Taytum's research was focused on mapping the density and movement of electrons in this region of the upper atmosphere, which could lead to predicting space weather.

Research in predicting space weather has been growing in importance in the last few years, considering an incident in 2022 where American aerospace company SpaceX lost almost all of their satellites upon launch due to a space weather phenomenon. SpaceX was in the midst of launching its Starlink satellites, which would provide internet services. More than three quarters, 38 out of their 49 satellites, malfunctioned and were ultimately lost due to a geomagnetic storm, as its impact was not accurately predicted.

Research like Taytum's paves the way to prevent accidents like this in the future.

For Taytum, this research opportunity helped her realize that she wanted to make a career out of it. "Full-time research is something I really enjoyed, and could see myself doing in the future," she says.

In the future, Taytum will continue being curious and looking for opportunities to learn, hoping to continue all the way to post-doctorate education. "I'm looking into a PhD program and then a post-doctorate. What I'm interested in now is theoretical or particle physics," she says.

But for now, Taytum will continue enjoying her time at MSUM, learning as much as she can about the world around her, and connecting with her professors in meaningful ways.

"I really enjoy that MSUM is a smaller campus. I'm able to truly know my professors and find out about their personal research," she says.

References used

Pospekhov, Alex, and Alexey Shirobokov. "Space Weather Requires Our Attention Now More than Ever." SpaceNews, 25 Apr. 2024, spacenews.com/space-weather-requires-our-attention-now-more-than-ever/.

"Ionosphere." NOAA / NWS Space Weather Prediction Center, www.swpc.noaa.gov/phenomena/ionosphere. Accessed 25 Sept. 2024