Pranav Agarwal

More about me:

What is your major and anticipated graduation?

Physics, May 2026

How did you decide to attend MSU?

I knew about the Facility for Rare Isotope Beams (FRIB), through nuclear physics news articles, before I knew it was an MSU facility, and had wanted to work and learn at such a place. While shortlisting universities for my undergraduate applications, I quickly realized that FRIB was at MSU, and it became my top pick!

How did you select your major?

I’ve wanted to be a scientist for as long as I can remember, long before I even understood what the word really meant. As a kid, I probably pictured a wild-haired, eccentric figure scribbling equations on a chalkboard, and I loved the idea that someone like that could be respected. I also had a very scientific upbringing, so falling in love with physics came naturally.

Can you describe your research?

I study how the universe created heavy elements—like gold and uranium—by simulating explosions in distant stars. These events, which happened hundreds of millions of light years away, helped shape our galaxy and the world we live in today.

What is the societal impact of your research?

My research helps uncover how the universe created the heavy elements that make up our world, galaxy and the universe, from the stars to the materials we use every day. I believe that research driven by curiosity is essential since it pushes the boundaries of what we know and often leads to discoveries with unexpected, far-reaching impact. By studying the behavior of atomic nuclei, their potential applications in areas like nuclear energy, medicine, and advanced technologies are also explored.

How has your undergraduate experience been impacted by research experience?

This research experience has deeply shaped my undergraduate journey. I’ve had the chance to talk to and learn from some of the smartest, most passionate people I’ve ever met. The culture of science, driven by curiosity and love of discovery, continuously inspires me. I’ve been able to attend important talks and seminars that broaden my perspective, and I’ve developed practical skills through hands-on work that I could never have gained in a classroom alone.

Of everything you have experienced at MSU, what has surprised you the most/what is something you never expected?

As an international student, I expected to feel overwhelmed or out of place at first, but what surprised me most about MSU is how quickly it felt like home. Despite its size, the campus never felt “too big,” and I never experienced the kind of culture shock I had prepared myself for. The welcoming community, supportive environment, and sense of belonging helped me settle in faster than I expected. It didn’t let me feel homesick for too long, and I’ve found a place where I can truly grow as a student, a scientist, and as a person.

Plans after graduation?

I hope to get into a good graduate school for a PhD in physics right after graduating from MSU.

How important is this scholarship to you personally and to your future career?

This scholarship means a lot to me, both personally and for my future career. I only fell in love with physics because of people who took the time to talk about it in a way that was engaging and full of wonder. That kind of outreach made all the difference for me, and I believe it can do the same for others. Through the Dean's Research Scholars program, I’ll get to be part of that effort—helping to break down the stigma that science is too hard or unapproachable, and showing others that curiosity is all you really need to begin.

We need people who are excited about science—who not only understand it but want to use it to solve real problems. Supporting science and encouraging young minds to engage with it is key to making progress, whether it’s tackling climate change, advancing medicine, or exploring space. The future depends on people who believe in discovery, and who are given the chance to chase it.