Caitlin G
- Research Program Mentor
MPhil at Yale University
Expertise
computational biophysics, systems neuroscience, computational physics, soft matter physics
Bio
I am passionate about using physics to understand the mechanisms at play in biological materials, cells, and tissues. Using the laws of physics and computational techniques we can learn more about the functions and limitations of living systems. During my undergraduate career I learned how to simulate and study fluids at University of South Florida and Duke University. Then I went to Yale University to earn my Master's studying how to apply those techniques to biological systems. Outside of the lab I love working with students of all ages to find ways to enjoy and engage with science. When I am not researching or teaching I am usually doing some sort of art project. I love painting, drawing, knitting, crocheting, and sewing. But nothing makes me happier than turning on some good music and dancing with my friends.Project ideas
Tic tac toe; Why won't my candy flow?
If you have ever tried to pour Tic Tacs out of their container you might have noticed they occasionally get stuck even though the hole is bigger than each individual piece of candy. There is actually a lot of interesting physics at play here that we can test using simulations. Students wanting to learn about this phenomenon will learn how to: use code to write a simulation, how to visualize data, how to manipulate parameters, and how to collect and analyze data from a virtual experiment. The data gathering stage involves running simulations with different parameters are recording the outcomes for later analysis. By the end of the project the student will have written their own simulation code, created visual representations of their code, and have the ability to share their results in a scientific report or presentation.