| Name | Topic | Title |
|---|---|---|
| Mr. Zachary Jones | Biochemistry / Chem Bio. | The Potential Role of Molecular Chaperones in Ngly1 Deficient Zebrafish |
| Riley Bulnes | Analytical Chemistry | The Fungal Pharmacy: Techniques of Isolation of Novel Secondary Metabolites from Fungal Species. |
| Mr. Jirui Jin | Computational Chemistry | Comparative Analysis of Classical Machine Learning and Graph Neural Network Models for Perovskite Property Prediction |
| Mr. Alejandro Durand | Inorganic Chemistry | Applying size-focusing to synthesize atomically precise platinum nanoclusters |
| Miss Amari Morris | Physical Chemistry | Aging Dynamics in Chemical Gardens: A Combined Computational and Experimental Study |
| Delaney Sellers | Physical Chemistry | Photophysical studies of ligand photorelease from ruthenium-based complexes encapsulated within polyhedral zinc metal organic frameworks. |
| Ms. Michaela Senn | Physical Chemistry | Photophysical Studies of MOF Encapsulated Ruthenium Polyimines for Light Activated Drug Delivery |
| Miss AnnaMarie Knowles | Biochemistry / Chem Bio. | Multicomponent hybridization probe with a label-free reporter based on a DNA light-up aptamer |
| Dr. Benjamin Rathman | Biochemistry / Chem Bio. | Elucidation of the N-Nitroglycine Biosynthetic Pathway: Towards the Discovery of Novel Natural Product Nitramines |
| Ms. Trisha Chapagain | Physical Chemistry | Characterization of Exosomes Involved in Vascular Calcification Using Multifunctional Nanopipettes |
| Miss Vanisa Petriti | Biochemistry / Chem Bio. | Isolation, Chemical Synthesis and Interconversion of Fusaric Acid Derivatives. |
| Mr. Peijie Hu | Inorganic Chemistry | Reactivity Study of well-defined Heterogeneous Group IV Metal Complexes Prepared via SOMC |
| Ms. Onika Lyman | Biochemistry / Chem Bio. | Biomanufacturing of β-carotene by S. cerevisiae under variable gravity |
| Mr. Reece Johnson | Inorganic Chemistry | Well-Defined Nb/SiO2-500 Catalyst Active for Liquid/Gaseous Hydrocarbon Transformations |
| Mr. Phillip Gray III | Organic Chemistry | Mild and Efficient Cs₂CO₃-Promoted Synthesis of Silyl Carbonates and Silyl Carbamates |
| Name | Topic | Title |
