I am a Teaching Assistant Professor in the Department of Physics & Astronomy at the University of Pittsburgh. My research is motivated by a deep curiosity about the early Universe and the fundamental laws of nature. I focus on developing minimal and elegant extensions of the Standard Model that address key open questions, including the origin of matter–antimatter asymmetry, the generation of tiny neutrino masses, the nature of Dark Matter, and the role of cosmological phase transitions. Looking forward, I am especially interested in connecting these ideas to broader puzzles such as primordial magnetic fields, cosmic inflation, and Dark Energy.

Alongside research, I have a strong passion for teaching and mentoring. At Pitt, I primarily teach large-enrollment introductory physics courses for both science and non-science majors: Introduction to Physics without algebra (PHYS 0110, 0111) and Introduction to Physics with algebra (PHYS 0174, 0175). In the classroom, I strive to make physics accessible, engaging, and meaningful, helping students build both problem-solving skills and an appreciation for how physics connects to the wider world. My goal is to inspire curiosity, foster critical thinking, and encourage every student to see the relevance of physics in their own academic journey.