University of Tulsa Celebrates Two Juniors Awarded 2025 Goldwater Scholarships
The University of Tulsa (UTulsa) has announced that two of its outstanding juniors, Kinlie Gililland from Fort Worth, Texas, and Cameron Walker from Tulsa, have been honored with the prestigious Barry Goldwater Scholarships for the academic year 2025-26. This scholarship is awarded to exceptional undergraduates who are pursuing degrees in science, engineering, or math, with just 441 scholarships given out nationally.
UTulsa's President, Brad Carson, expressed immense pride in the achievement of these two scholars, highlighting that this small, private university has managed to produce more Goldwater Scholars in one year than larger institutions such as Rice University, Southern Methodist University, and Texas Christian University combined. He pointed out that UTulsa boasts the highest per capita rate of National Merit Scholars in the United States.
Kinlie Gililland is currently conducting research in three different labs, two on the university campus and one at the Laureate Institute for Brain Research. One of her key projects involves identifying inhibitors of cancer cell metabolism, while another investigates the transcriptomic responses of embryonic zebrafish under hydrostatic pressure conditions. "Receiving the Goldwater Scholarship validates my dedication to research at UTulsa," Kinlie shared. "It's a driving force that excites me to pursue new opportunities and challenges my passion for science further. I can't wait for what's next in my academic journey!"
Aspiring to obtain a doctorate in neuropharmacology, Kinlie aims to specialize in translational addiction neuroscience, focusing on developing innovative therapeutic interventions for substance use disorders.
On the other hand, Cameron Walker is actively engaged in the Tulsa Undergraduate Research Challenge, focusing on two complex projects. His first task includes numerical studies of Bose-Einstein condensates (BEC), utilizing the Gross-Pitaevskii equation, which serves as a model for analyzing the ground-state wavefunction of a BEC.
Cameron's second project is considerably ambitious, integrating scientific modeling with machine learning to develop a science-guided approach for detecting biosignatures in our solar system and studying geochemical processes in ocean worlds, contrasting environments with and without microbial life.
As a first-generation college student, Cameron expressed pride in his academic journey, stating, "This recognition reassures me that I'm on the right track and doing well in my studies." Besides his academic endeavors, he also tutors physics on campus and produces videos for the school's football team. Cameron aims to pursue a doctorate, with strong interests in astrophysics or astrochemistry.
These achievements not only underscore the caliber of students attending the University of Tulsa but also their commitment to pushing the boundaries of knowledge in their respective fields. The Goldwater Scholarship is a remarkable accomplishment that signifies their potential to contribute significantly to scientific breakthroughs in the future.
UTulsa's President, Brad Carson, expressed immense pride in the achievement of these two scholars, highlighting that this small, private university has managed to produce more Goldwater Scholars in one year than larger institutions such as Rice University, Southern Methodist University, and Texas Christian University combined. He pointed out that UTulsa boasts the highest per capita rate of National Merit Scholars in the United States.
Kinlie Gililland is currently conducting research in three different labs, two on the university campus and one at the Laureate Institute for Brain Research. One of her key projects involves identifying inhibitors of cancer cell metabolism, while another investigates the transcriptomic responses of embryonic zebrafish under hydrostatic pressure conditions. "Receiving the Goldwater Scholarship validates my dedication to research at UTulsa," Kinlie shared. "It's a driving force that excites me to pursue new opportunities and challenges my passion for science further. I can't wait for what's next in my academic journey!"
Aspiring to obtain a doctorate in neuropharmacology, Kinlie aims to specialize in translational addiction neuroscience, focusing on developing innovative therapeutic interventions for substance use disorders.
On the other hand, Cameron Walker is actively engaged in the Tulsa Undergraduate Research Challenge, focusing on two complex projects. His first task includes numerical studies of Bose-Einstein condensates (BEC), utilizing the Gross-Pitaevskii equation, which serves as a model for analyzing the ground-state wavefunction of a BEC.
Cameron's second project is considerably ambitious, integrating scientific modeling with machine learning to develop a science-guided approach for detecting biosignatures in our solar system and studying geochemical processes in ocean worlds, contrasting environments with and without microbial life.
As a first-generation college student, Cameron expressed pride in his academic journey, stating, "This recognition reassures me that I'm on the right track and doing well in my studies." Besides his academic endeavors, he also tutors physics on campus and produces videos for the school's football team. Cameron aims to pursue a doctorate, with strong interests in astrophysics or astrochemistry.
These achievements not only underscore the caliber of students attending the University of Tulsa but also their commitment to pushing the boundaries of knowledge in their respective fields. The Goldwater Scholarship is a remarkable accomplishment that signifies their potential to contribute significantly to scientific breakthroughs in the future.
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