About Avinash (Avi) Vadali

Born and raised in Chicago, Illinois, Avinash (Avi) Vadali is the son of two immigrants from the Indian states of Tamil Nadu and Andhra Pradesh. Avi grew up immersed in Indian culture, shaped by monthly visits to the Hindu Temple of Greater Chicago and evenings spent reading Amar Chitra Katha comics on Indian history and mythology. Watching the animated Ramayana on repeat with his siblings and attending day-long prayer ceremonies led by his grandparents remain some of his most vivid childhood memories.

Avi’s parents, both physicians, instilled in him and his siblings a deep respect for education and a curiosity about the natural world. For Avi, mathematics became a way to make sense of that world. In high school, he began his first research project studying the cyclic properties of cellular automata with Professor Ari Turner, resulting in a first-author publication. Inspired by courses with his high school physics teacher, Avi collaborated with Gabriel Perdue at Fermilab to develop a machine learning model predicting quantum circuit fidelities, leading to a first-author publication.

Drawn by the creative freedom offered by physics and its ability to describe real phenomena, Avi enrolled at the California Institute of Technology as a physics major. Beginning his freshman year at Caltech, Avi worked with Professor Xie Chen to develop techniques for designing and classifying combinations of topological orders, which resulted in a first author publication. Subsequently, Avi had the opportunity to spend a summer at Harvard University researching topological bands with Professor Ashvin Vishwanath, providing insight into the topology generated by the interplay between electronic spinor structure and a periodic potential.

During his junior year at Caltech, Avi began studying the unknown stability of non-Abelian topological orders to quantum noise with Professor Jason Alicea at Caltech, discovering novel noise-induced quantum phase transitions.

Avi plans to pursue a PhD in condensed matter physics, a field that captivates him with its demand for originality and its power to uncover universal principles governing complex quantum systems. He ultimately hopes to become a professor of physics, leading a research group that advances theoretical understanding of quantum phases of matter while training the next generation of scientists.