Project Overview
Nanoscale Spectroscopy and Imaging of Aqueous Interfaces
Department(s)
Chemistry
Abstract
The Muller lab focuses on understanding nanoscale chemical interactions at surfaces and interfaces. Chemical reactions and fundamental physical properties are often quite different at surfaces as compared to in the bulk of a material. Nanoscale structures or defects may play an important role in catalyzing chemical reactions, defining physical properties, or controlling biological functionality.
In this project, we are investigating the effect of nanoscale structures and surface interactions on the properties of aqueous solutions. We will focus particularly on the ability of a specific protein (inaZ), which is known to catalyze the formation of ice crystals, with implications for the earth's albedo and radiative balance. Students will learn to use tools for understanding and manipulating the nanoscale environment including atomic force microscopy, near-field vibrational spectroscopy, and scanning electron microscopy. Interested students are encouraged to reach out to Professor Muller for more information on potential projects.
Student Qualifications
Students should have completed first-year coursework towards the chemistry OR physics majors. (Chem 111, Chem 102, or Phys 232).
Number of Student Researchers
3 students
Project Length
8 weeks