Student and Faculty Research
Summer Research Programs
Stipends are provided for students to work with faculty to conduct scholarly or creative research—from studying waterways to writing an original play.
|Political Simulation of Authoritarianism and Opposition||Political Science||
Designing and Developing a Political Simulation of Authoritarianism and Opposition
|Pseudomonas aeruginosa Biofilm with Glucose Substrate||Physics / Biology||
Individual-based Modeling of a Pseudomonas aeruginosa Biofilm with Glucose Substrate.
|Developing Computer Detection Algorithms||Physics / Biology||
Developing Computer Detection Algorithms for Arabidopsis Seedling Roots in Microscope Images.
|Development of a Reliable Method for Producing Atomically Sharp Carbon Fiber Tips||Physics||
Development of a reliable method for producing atomically sharp carbon fiber tips for scanning tunneling microscopy.
|Serious Wind Band Literature||Music||
Dr. Gilbert's doctoral research involved the identification of artistically significant wind band repertoire.
|Setup and Validation of a Local Cluster||Information Science & Technology||
Setup and validation of a local cluster for distributed computing applications.
|Introducing Native Aquatic Plants into an Aquatic Ecosystem||Environmental Science||
Introducing Native Aquatic Plants into an Aquatic Ecosystem.
|Novel Detection Arrays for Steroid Determination||Chemistry||
Novel Detection Arrays for Steroid Determination.
|The Idea Network for Biomedical Research Excellence (INBRE) Program||Chemistry||
The INBRE Program is designed to improve the competitiveness of biomedical research in the state of Nebraska.
|The Genetics of Rice||Chemistry||
The Genetics of Rice from Chennai, India, when under Stress such as Drought, Extreme Heat, Salinity, and other Environmental factors.
|The Genetics of Rice When Under Stressful Conditions||Chemistry||
The Genetics of Rice when under Stressful Conditions.
|Exploring Different Facets of Molecular Crowding||Chemistry||
Exploring different facets of molecular crowding and their influence on the folding of disordered peptides.
|Atomic-level Structural Detail for a Mineral-binding Peptide||Chemistry||
Atomic-level structural detail for a mineral-binding peptide bound to hydroxyapatite by solid-state NMR.
|MicroDETECHIP, a Novel Molecular Sensing Assay on the Microscale||Chemistry||
MicroDETECHIP, a novel molecular sensing assay on the microscale.
|MicroDETECHIP, a Nanoscale Array Sensor for Small Molecules||Chemistry||
MicroDETECHIP, an nanoscale array sensor for small molelecules.