Biography

I'm a first-generation student at Palomar College, and I'm getting ready to transfer to a four-year university for a degree in Applied Mathematics. My journey has been driven by a deep curiosity, especially about the connections between math, chemistry, and computation. Currently, I'm interning at UC San Diego, where I get to use tools like density functional theory (DFT) and artificial intelligence to find new ways to create sustainable energy. I'm especially interested in how AI helps me dig through huge amounts of data and automate simulations, which in turn helps us discover new materials much faster. This experience has made me even more excited about using applied math and computational tools, like quantum mechanics and machine learning, to speed up scientific breakthroughs. Ultimately, I want to pursue a PhD and become a theoretical chemist, using computer simulations and AI to design technologies that make a real difference. I'm also passionate about making sure other students from diverse backgrounds get the chance to experience research, just as I have.

Academic Status

Community College Student - 2nd

Research Area/Department

Applied Mathematics; Chemistry; Machine Learning/AI; Materials Science

Major/Specialty

Applied Mathematics (in progress). Research focus in computational chemistry, theoretical chemistry, and artificial intelligence (DFT, quantum simulations, data-driven modeling).

Degrees Earned or in Progress

A.S. in Mathematics (expected 2026) – Palomar College Transferring into B.S. program in Applied Mathematics (Fall 2026)

Academic Preparation

I have completed General Chemistry I-II, Calculus I-III, Linear Algebra, General Physics I, and Computer Science (CSCI). I will also complete Differential Equations and General Physics II. My current research has provided a strong foundation in high-performance computing (HPC) skills like Python programming, Linux environments, and data management, which I am now applying to real world research.

Research/Publications

I am a research intern at the University of California, San Diego, in the Department of NanoEngineering. I am working on a project that uses density functional theory (DFT) and artificial intelligence to study MoS2 catalysts for the nitrogen reduction reaction. A manuscript on this research is currently being prepared for publication, and I am a co-author.

Research/Academic Interests

I'm interested in computational and theoretical chemistry, with a focus on using tools like AI and quantum simulations to accelerate scientific discovery. Beyond simply studying materials, my goal is to apply these methods to address global challenges like sustainable energy and climate change. I believe computational research can have a significant impact by helping to create solutions that benefit both communities and the world.

Computational and Data Science Areas

Applied Computer Science; Applied Mathematics; Artificial Intelligence and Intelligent Systems; Computer Science

Motivation

I wish to join this program because it aligns with my goal of pursuing a Ph.D. in Theoretical Chemistry. My current research has shown me firsthand how powerful artificial intelligence can be in advancing sustainable technology, and I am eager to expand my knowledge in this area. Participating in this program will provide me with the skills and experience necessary to prepare for graduate level research. Ultimately, my motivation is deeply personal. As a Latina immigrant, a career in science often felt out of reach. Programs like UCSD STARS and Bridges to the Baccalaureate changed my perspective and made me feel like I belonged. I want to participate in programs like SRP not only to expand the tools I need for my own research but also to pave the way for other Latina women, ensuring they feel represented and know that science is within their reach. Lastly I want to honor my parents sacrifices and inspire others, just as I've been inspired by the scientists I've met along my journey.

Lightning Talk Title

Accelerating Quantum Materials Discovery with AI

Keywords (Maximum 20 words)

Theoretical Chemistry; Density Functional Theory; Applied Mathematics; Quantum Materials; Fusion Technologies; Machine Learning; Computational Modeling; VASP; HPC; Chemistry; Radiation; Materials