Arijit Gupta

Motivation to pursue a graduate degree

My curiosity about how fundamental physical principles shape the world inspired me to pursue a graduate degree. I wanted to move beyond classroom learning and contribute to the creation of new knowledge through hands-on research. I chose Florida State University for its strong physics program and the unique opportunities at the National High Magnetic Field Laboratory, where cutting-edge tools enable exploration of quantum systems. The collaborative environment and emphasis on innovation align perfectly with my passion for understanding and discovery.

Importance and/or impact of research and work

My research focuses on studying rare-earth ion spins coupled to superconducting microwave resonators as a platform for hybrid quantum systems. By exploring how light and matter interact in these engineered devices, I aim to understand and control the fundamental processes that enable quantum memory and information transfer. This work is important because it bridges solid-state physics and quantum information science, contributing to the development of scalable quantum technologies. Ultimately, it seeks to bring us closer to realizing practical quantum networks and communication systems.

Career aspirations

My long-term goal is to pursue a career in academia, where I can combine teaching with independent research. I hope to explore both practical and emerging topics in quantum and condensed matter physics, contributing to new understanding while developing technologies with real-world impact. Ultimately, I want to mentor future scientists and foster the same curiosity that drives my own work.

Advice for anyone considering graduate school

I would tell anyone considering graduate school to find joy in the process of learning rather than in specific outcomes. Progress often comes from patience, creativity, and taking things one day or week at a time while keeping the broader goal in gentle view. Most importantly, maintain balance and well-being in life, as research is a marathon, not a sprint.

Accomplishments during graduate career

I’ve been fortunate to receive recognition for both research and communication, including awards in the Three-Minute Thesis competition in the Physics department, the Best Graduate Poster at SESAPS 2021, and the Yung Li Wang Graduate Fellowship for my work on superconducting proximity effects. The fellowship remains especially meaningful to me because it recognizes the persistence and curiosity that continue to drive my growth as a researcher. I have also presented my research multiple times at the largest conference in condensed matter physics, the APS March Meeting, which reflects the steady progress and new results emerging from my work.