Hello, I am DaVante Cain. I earned a double major in applied mathematics and physics from UC Riverside and a Master of Science in physics from UC Irvine. Currently, I am pursuing a PhD in physics at UC Irvine, with an expected graduation date of July 2025. I am a passionate and driven individual with a deep commitment to learning, problem-solving, and helping others achieve their goals.

My research focuses on the transport of ions under nanoconfinement in solid-state systems, a regime where phenomena such as ionic selectivity and gating emerge—critical physical processes that enable biological cells to regulate molecular transport across lipid membranes. I primarily use COMSOL Multiphysics to simulate nanopore systems, studying the conductance and local concentration of ionic species. Experimentally, I am working on developing biomimetic ionic circuits, which consist of uniquely functioning nanopores embedded within the same membrane. These circuits are designed to operate coherently, enabling the transduction of signals across time and space.

Throughout my research, I utilize advanced instruments and techniques, including Transmission Electron Microscopy (TEM), Scanning Electron Microscopy (SEM), Focused Ion Beam (FIB), Metal Deposition, and Electron Beam Lithography. Beyond my academic pursuits, I have a strong interest in applying machine learning to solve complex problems. I also aspire to contribute to both academia and industry by teaching at community colleges, universities, and state schools, while working on innovative projects in physics and applied mathematics. I am eager to collaborate in environments that foster creativity, knowledge-sharing, and impactful work.