麻豆传媒社区 trio spend summer interning at Air Force Research Lab

KENNESAW, Ga. | Aug 21, 2025

Micah Holston, Jack Smith, Jonathan Ridley
Micah Holston, Jack Smith, and Jonathan Ridley
麻豆传媒社区鈥檚 future scientists made discovery the theme for their summer experiences at a major laboratory.

Recent graduate Micah Holston, senior Jack Smith and junior Jonathan Ridley spent the summer interning at the Air Force Research Laboratory (AFRL) at Kirtland Air Force Base in Albuquerque, New Mexico, learning about national defense applications for engineering, computer science, and physics. All three worked on different projects, all three came away with life-changing experiences, and all three said their experiences at KSU prepared them well for life at the AFRL.

鈥淢y experience this summer has absolutely tied in nicely to what I鈥檝e done at KSU,鈥 Smith said. 鈥淭he things I saw in my textbooks and research, I got to see them come to life. So, it's been really cool.鈥

This was Holston鈥檚 second summer working at the lab, and both Ridley and Smith credited Holston for informing them of the opportunity. A recent graduate with a bachelor鈥檚 degree in physics, Holston learned of the opportunities while conducting research with Jeremy Gulley, formerly an associate professor of physics at KSU, who himself had worked with the AFRL. Holston will pursue a doctorate in plasma physics at Auburn University this fall, thanks in large part to his work at the AFRL, where he learned that a career in physics was a viable option with a real-world impact.

Jonathan Ridley
Jonathan Ridley
鈥淟ast summer was a formative experience for me across the board because I wasn't sure what physics would look like as a day-to-day job. This summer honed my vision, focusing me on the DoD science niches which best suit my diverse interests in physics, politics and military history," said Holston, who also earned a bachelor鈥檚 in political science. "I connected with multiple agencies interested in funding me through my PhD, including the Air Force Nuclear Weapons Center, the Defense Threat Reduction Agency, the Missile Defense Agency, Space Futures Command, and Sandia National Lab. Since I was a kid, I wanted to work in the military science sector to help ensure the world continues in the right direction. Rather than just reading history, a military scientist can craft it."

Jack Smith
Jack Smith
A computer science major, Ridley described a transformative experience, too. Previously wanting to do robotics related research in academia, his experience working for the Directed Energy Directorate in New Mexico shook up his initial career plans in the best possible way.

鈥淪ince coming here, the image of what I wanted to do has been shattered into a million pieces and spread all over,鈥 he said.There's so much to do, and right now, I'm just exploring everything I can. I know the general scope of where my interests are colliding is under the umbrella of scientific computing, like how the Human Genome Project merges computer science with biology. Miracles can happen when using computer science to aid in other fields and I want to be a part of that because I think it鈥檚 beautiful. I believe that I will be able to design better algorithms by thinking like the practitioners of other fields but also abstractly understanding the constructs in their given domain.鈥

Smith worked in the Space Vehicles Directorate at AFRL on a project that modeled space weather in the lab to determine the efficacy of certain materials for spacecraft and satellites. He has earned bachelor鈥檚 and master鈥檚 degrees in mechanical engineering from KSU but decided to return for a bachelor鈥檚 in physics, which he expects to finish in December. His experience at AFRL has drawn on his range of expertise, too, along with providing real-world applications for his classroom learning.

鈥淎 lot of the work I do is fabricating prototypes through manufacturing design,鈥 said Smith, who also minored in nuclear engineering and mathematics. 鈥淭he courses I took at KSU are relevant, especially more in the master鈥檚 side. As far as how materials interact with each other, different chemical processes and bonds, and then some of the physics stuff, more of the electronics side like electromagnetism has been pretty relevant to the stuff I've worked on here.鈥

鈥 Story by Dave Shelles

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