Karla Perez: Semiconductor Snowflakes - Unraveling the Crystal Growth Mechanisms of Vanadium Sulfide Nanostars

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This project involved learning the synthesis and growth mechanisms of vanadium sulfide nanostars, a material that could be used for cathodes in beyond lithium-ion batteries. This is impactful because the earth's crust has a limited quantity of lithium available. Karla focused on exploring materials, like sodium-ion batteries, as an alternative solution. Here is what Karla had to say about the experience:

What I Did:

"For my research project, I wanted to know about the synthesis and growth mechanisms of vanadium sulfide nanostars, as this material could be explored as a possibility for cathodes in beyond lithium-ion batteries. I am proud of the fact that as a first-year student, I was able to work on such an intricate and complex project. I learned about inorganic chemistry and materials sciences, as well as working on a team and developing healthy communication skills with my peers. This experience has motivated me the tools to continue with my studies and complete my bachelor's degree in Natural Sciences, with a concentration in Chemistry. Also, this experience has opened my perspective on continuing my education towards graduate school."

What I Learned:

"With this project experience, I learned the value of teamwork. I also learned the importance of effectively communicating with colleagues in the workplace. This research helped me open my mind to the possibility of continuing to study once I finish my bachelor's degree in Natural Sciences, with a concentration in Chemistry. I have found that I greatly enjoy working in the laboratory and continuing my graduate studies would give me the opportunity to work more often in this scientific environment. This experience and other UB programs have greatly contributed to my knowledge of science professions and influenced the specific areas of science that I am interested in studying further."