Dr. Jerry LaRue
Email: larue@chapman.edu
Website: https://sites.chapman.edu/catlab/
College: Schmid College of Science and Technology
Overview of scholarly research/creative activity:
Research in the LaRue CatLab uses spectroscopy (interaction of light with matter) to study and drive the elementary steps that take place when molecules interact during chemical reactions. We focus primarily on chemical catalysis, photocatalysis, and protein interactions.
Specific projects working on:
Catalysis
- Catalysts are the hidden workhorses of chemistry in society: they help reduce energy consumption, minimize pollution, synthesize chemicals, and produce food. Catalysts lower the activation energy barriers for desired reaction pathways, resulting in more efficient chemical reactions. My group synthesizes metal-based catalysts, including single metals and metallic core-shell nanoparticles, to study and control catalytically important reactions, such as CO oxidation and CO hydrogenation. These projects include collaborations with Stockholm University and Stanford University to use femtosecond optical lasers, x-ray free-electron lasers, and synchrotron light sources.
Protein Interactions
- Calmodulin (CaM), an important calcium sensing protein in the body, interacts with the HIV matrix protein (HIV-MA) during viral replication. We use spectroscopy to understand the nature of these interactions and whether this interaction plays a vital role during the replication process.
Number of students looking to work with:
1-2
When students are needed:
Fall 2023
Interterm 2024
Spring 2024
Summer 2024
What students need to work with Dr. LaRue:
An excitement for research and a thirst for learning.
Time commitment for students:
6+ hours per week.
Website: https://sites.chapman.edu/catlab/
College: Schmid College of Science and Technology
Overview of scholarly research/creative activity:
Research in the LaRue CatLab uses spectroscopy (interaction of light with matter) to study and drive the elementary steps that take place when molecules interact during chemical reactions. We focus primarily on chemical catalysis, photocatalysis, and protein interactions.
Specific projects working on:
Catalysis
- Catalysts are the hidden workhorses of chemistry in society: they help reduce energy consumption, minimize pollution, synthesize chemicals, and produce food. Catalysts lower the activation energy barriers for desired reaction pathways, resulting in more efficient chemical reactions. My group synthesizes metal-based catalysts, including single metals and metallic core-shell nanoparticles, to study and control catalytically important reactions, such as CO oxidation and CO hydrogenation. These projects include collaborations with Stockholm University and Stanford University to use femtosecond optical lasers, x-ray free-electron lasers, and synchrotron light sources.
Protein Interactions
- Calmodulin (CaM), an important calcium sensing protein in the body, interacts with the HIV matrix protein (HIV-MA) during viral replication. We use spectroscopy to understand the nature of these interactions and whether this interaction plays a vital role during the replication process.
Number of students looking to work with:
1-2
When students are needed:
Fall 2023
Interterm 2024
Spring 2024
Summer 2024
What students need to work with Dr. LaRue:
An excitement for research and a thirst for learning.
Time commitment for students:
6+ hours per week.
