Gary Stradling

While the nation fixated on John Glenn orbiting the earth in 1962, 11-year old Gary Stradling discovered his passion for science and a desire to make a change in the world. “I was a farm boy who was not academically inclined,” Stradling said. “Going to BYU and experiencing the faculty and other students in a challenging environment that required me to study, to work hard, and to produce competent work was really important.”

The connections he made and the education he earned at BYU led him along an adventurous path to his current job. Stradling currently works as the chief of the Monitoring and Verification Technologies Office in the Defense Threat Reduction Agency (DTRA), which focuses on compliance with international agreements, specifically in arms control.

Stradling's interest in working with the DTRA was stemmed when he reread college level geology. “It was interesting and exciting. Much of that science was developed since I got my doctorate,”” Stradling said. “I am as active in learning new stuff now as I ever was. It's necessary in order to do this work.”

Stradling received his bachelor's and master's degrees in physics at BYU. He went on to get another master's and a PhD in applied science and plasma physics from the University of California, Davis, while working at the Lawrence Livermore National Laboratory

Before Stradling's current job at DTRA, he served 31 years at Los Alamos National Lab, which included two tours in the Office of the Secretary of Defense (OSD).

Although running a government office involves dealing with numerous levels of bureau- cracy, Stradling still relies on his knowledge of physics to get the job done.

“There is the scientific aspect of understanding the technical problems that need to be solved, finding people who have the capacity to solve the problem, and working with them to de- velop the solution,” Stradling said. “The way that I approach a problem is to say ‘what is the right way to do this based on my physics understanding and development experience?'”

While he may not be the world expert in any single topic, Stradling loves where his career has taken him. He loves the diversity of science he works with, and is glad for the opportunity to make the world better.

“I get to make meaningful contributions to national security, do things that make a difference, and have opportunities to affect the nation's approach to some really difficult problems,” he said.

From newsletter 2015

News and Events

Please remember to submit abstracts for the 2026 student research conference. Abstracts are due January 31 at midnight.
Dr. Michael Ware hopes to help students develop the skills to navigate discussion of science and religion
The university's new electron microscopy facility opened in fall of 2025, offering atomic-level imaging and student-led research.
Brian Anderson and his students celebrated BYU's 150th birthday by blowing out candles using high-intensity focused sound waves.
This year’s Karl G. Maeser Distinguished Faculty Lecturer, Kent Gee, delivered his forum address on the science of sound and how he and BYU students have contributed to significant research in the acoustics industry.
In July 2025, Drs. Branton Campbell and Harold Stokes (BYU Emeritus Professor) will receive the Kenneth N. Trueblood Award from the American Crystallographic Association for exceptional achievement in computational crystallography.
A group of undergraduate students braved the heat and heights of the ESC roof to install a new weather station. The station is up and running, and will hopefully record data for years to come.
Using data from NASA's Hubble Space Telescope, a new study suggests that an object previously thought to be a binary system may be a rare triple system of orbiting bodies.
In early January 2025, a group of 16 students from Brigham Young University’s Physics & Astronomy Department showcased their research at the prestigious American Astronomical Society (AAS) in National Harbor, Maryland.
Dr. Gus Hart received the 2024 Karl G. Maeser Research and Creative Arts Award for his work in computational material science and his continued innovation in computational methods.
This winter, ten students in BYU’s new “Advanced Planetary Astrophysics” taught by Darin Ragozzine course gained hands-on experience in planetary science research, mastering interdisciplinary skills to prepare for future careers in astronomy.
Starting Fall 2025, BYU will offer a new Applied Physics: Data Science major that combines rigorous physics training with data science skills to prepare students for the growing demand in data-driven careers.
BYU's new Biological Physics course introduces students to the physics behind biological processes, fostering interdisciplinary skills to tackle complex biological questions.
Dr. Kent Gee has been named the recipient of the Karl G. Maeser Distinguished Faculty Lecturer Award
The BYU Physics & Astronomy department recently introduced the Applied Physics: Acoustics degree.