About Zain Zaidi

Born in Alkhobar, Saudi Arabia, to parents of Pakistani descent, Zain Zaidi immigrated to the United States with his family when he was two. His family came in pursuit of greater financial stability and educational opportunity. Growing up in Coppell, Texas, his early fascination with chemistry was shaped by learning about the legacy of the pioneering Muslim chemist Jābir ibn Ḥayyān.

As an undergraduate at Stony Brook University, Zain pursued a degree in chemistry with a specialization in chemical physics and joined a research laboratory at the outset of his studies. Under the mentorship of Benjamin Levine and Arshad Mehmood, he applied and advanced computational methods to study the dynamics of electronically excited molecules. His work led to the development of novel, efficient approaches for predicting the fluorescence efficiency of dyes in solution, addressing a challenge long considered computationally intractable.

In parallel with his research, Zain collaborated with peers in the Society of Physics Students to design a low-cost Mach–Zehnder interferometer kit and accompanying curriculum, expanding access to hands-on optics and quantum mechanics education for high school classrooms. His contributions have been recognized by the Barry Goldwater Scholarship, the SUNY Chancellor’s Award for Excellence, and induction to Phi Beta Kappa, and his research has been published in leading scientific journals.

Zain is currently a PhD student in theoretical and computational chemistry at Princeton University under the guidance of Joseph Subotnik. He seeks to uncover the mechanisms governing energy transfer within and between molecules, materials, and solutions, with the long-term goal of enabling next-generation materials and technologies for sustainable energy applications.