Sophia Westerkamp
- Grad student in the Division of Geological and Planetary Sciences
- Hometown Louisville, CO
- Date of this Interview December 20, 2025
What do you research?
My research sits at the intersection of chemistry and planetary science. I study isotope cosmochemistry to decode the history and evolution of our solar system. I am currently developing an analytical procedure to measure 10 isotopic systems within a small sample of the asteroid Ryugu. I also perform quantum mechanical calculations, using computational chemistry to model isotopic systems relevant to planetary questions. My research seeks to investigate how molecular-scale interactions scale up to form the rocks, planets, and systems that define our solar system.
Why does space inspire you?
I have always been fascinated by the effects of the micro on the macro and have found a passion for planetary science as the field that most directly investigates this question. I find it profound that the most basic architecture of our universe is dictated by its smallest components. I am fascinated by the way fundamental particles organize into atoms and molecules to form the crystals and rocks that build planets and solar systems. I am inspired by how much we don’t know about space, and hope to contribute to understanding just a little bit more about our place in the universe.
If you could instantly travel to any point in the universe, where would you choose to go?
I would love to visit the Carina Nebula to see a stellar nursery in action!
Where can you be found when you’re not conducting research?
I can be found outdoors hiking, camping, and skiing. If not in nature, you can find me baking bread or reading a book.
What book do you wish you could read for the first time again?
Project Hail Mary by Andy Weir
