I have been involved in a computational chemistry research project under the guidance of Dr. David Wu at Colorado School of Mines. My investigation involves the formation of compounds known as clathrate hydrates used to store methane as an energy source.
Through this experiential learning opportunity, I have become familiar with different models to represent methane and water. Using Linux coding, I have learned to set up simulations with different force field parameters. From successfully being able to form hydrate computationally, I look forward to continuing my research, with the goal of determining whether copper can serve as a catalyst to form these compounds.
My research project has given me a new perspective on how I approach the field of chemistry. I am able to apply my learning to a real world project, and in the process, expand my understanding. I enjoy the combination of knowledge and what it allows me to do: I can go back to the things that I have learned and see them in a different light. Specific to my project, I am fascinated with the simulations. It allows me to have a sort of command over my own little molecular universe, being able to fine tune temperature and pressure to influence chemical phenomena.