| Name | Topic | Title |
|---|---|---|
| Milo Adams | Inorganic Chemistry | Stabilization of vanadium ditelluride through iron intercalation |
| Mr. Samuel Adegboyega | Inorganic Chemistry | Investigation of magnetic phase transitions in La1–xCexCo2P2 (x ≤ 0.5) |
| Mr. Noah Alter | Biochemistry / Chem Bio. | Assembly of nanoparticle-peptide vehicles for stem cell gene transfection. |
| Mrs. Zully Beck | Organic Chemistry | Efficient synthesis of cyclopropylacetylene, a crucial synthetic intermediate for Efavirenz using chlorinating reagents (PCl5 and Ph3PCl2) |
| Mr. Addam Ben-Abdallah | Physical Chemistry | Development of Encapsulated Thermochromic Materials for Degradation Resistant Energy Efficient Coatings |
| Mr. Subhadeep Bera | Inorganic Chemistry | Subsite differentiated Fe4S4 Clusters supported by a tri(phosphine) podand |
| Shubham Bisht | Inorganic Chemistry | Tetrameric Ln2Fe2 Complexes (Ln = La, Tb) as Models of Coupled Molecular Spin Qubits |
| Miss Rotanya Bryan | Computational Chemistry | Computational studies of hydrogen binding to corannulene |
| Will Buratto | Inorganic Chemistry | CO2 Reduction by a Diiron-di(μ-sulfido) Cyclophane Complex |
| Nathaniel Carnegie | Inorganic Chemistry | Synthesis and characterization of In2O3/TiO2 photocatalyst by hydrothermal synthesis |
| Ms. Beauty Chabuka | Computational Chemistry | Electron and Hole Catalysis via Reductant and Oxidant Upconversion: The Case of 1,2-disila-3,5-cyclohexadiene |
| Alexandra Chamberlain | Biochemistry / Chem Bio. | Rapid kinetic analysis of Escherichia coli RNase P active site interactions using minimal substrate containing an intrinsic florescent probe |
| Mr. Liwei Chang | Physical Chemistry | How protein G, L and their mutants fold |
| Mr. Parag Das | Organic Chemistry | The photoisomerization behavior of INCN-functionalized donor-acceptor molecules |
| Astrid Daugherty | Additive Manufacturing | Biofabrication and Rheological Characterization of Archaeal Hydrogels |
| Name | Topic | Title |
