The 2024 Geoffrey Belton Graduate Fellowship has been awarded to two third-year PhD students, Antonio Martinez and Katie Sun, from the Department of Materials Science and Engineering. This award recognizes their substantial and exceptional contributions to their field, exemplifying their innovative research and dedication.
Named in honor of Dr. Geoffrey Belton, a former luminary of the Materials Science and Engineering faculty, the fellowship celebrates his enduring impact on the field. Dr. Belton was renowned for his groundbreaking work in the thermodynamics and kinetics of materials, as well as his dedication to mentoring the next generation of scientists and engineers. His legacy continues to inspire a culture of innovation and leadership within the department.
Antonio Martinez’s journey in materials science began at Cornell University, where he earned a degree in Fiber Science and Apparel Design in 2021. Originally from El Centro, California, Antonio’s undergraduate experience sparked a passion for textiles and their intricate structures, leading him to pursue advanced research in this area at the PhD level. Under the mentorship of Professor Shu Yang, Antonio’s current research focuses on the development of responsive textiles through the processing of liquid crystalline materials into fibers. This innovative work aims to enhance the performance of textiles for various applications, pushing the boundaries of traditional material use.
In addition to his research, Antonio is considering a future career in intellectual property and patent law, driven by his participation in the PCI fellows program. This potential career path represents a unique blend of his technical knowledge and emerging legal expertise, aiming to protect innovative scientific advancements.
Katie Sun, who hails from Marlboro, New Jersey, completed her undergraduate studies in Material Science and Engineering at Rutgers University-New Brunswick. Her academic background has provided her with a profound understanding of material behavior and the potential for engineering innovations. Co-advised by Professors Russell Composto and Karen Winey, Katie’s PhD research lies at the forefront of nanotechnology. She explores the interactions between gold nanoparticles and weak polyelectrolyte brushes, such as poly(2-vinyl pyridine), which are sensitive to pH changes. Her work is pivotal for the development of smart materials that can adapt to environmental changes, holding vast potential for technological applications.
Katie’s enthusiasm for materials science is rooted in its interdisciplinary nature, encompassing both fundamental and applied research possibilities. She values the impact her work could have on real-life products and is driven by the potential to contribute to global sustainability. Post-PhD, Katie aims to pursue a career in industry with a focus on developing sustainable solutions, reflecting her commitment to making a positive impact on the world.