| Mr. Titto Sunil John | Inorganic Chemistry | Binding and reactivity of Carbon Monoxide on Low-valent Diiron centers
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| Mr. Aniket Sole | Organic Chemistry | Asymmetric Brønsted Acid Catalyzed Hydroamination Reactions Provide Access to Elusive Pictet-Spengler Products
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| Dr. Stefanie Habenicht | Chemistry Education | AI-driven innovation in organic chemistry assignment design and grading
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| Dr. Bishnu Regmi | Analytical Chemistry | A Highly Sensitive Extraction-Free Spectrophotometric Method for the Detection of Ionic Surfactants Using Hydrophobic Organic Salts
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| Dr. Liangyong Mei | Organic Chemistry | Visible-light-mediated Rose Bengal- or [Ru(bpy)3]2+-catalyzed radical [4+2] cycloaddition: an efficient route to tetrahydrocarbazoles
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| Miss Charlotte Bailey | Inorganic Chemistry | Use of ‘Molecular Nanoparticles’ of Cerium Dioxide as supports for d-block Transition Metals
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| Daniel Rios | Inorganic Chemistry | Synthetic Analogues of the Photosynthetic Oxygen-Evolving Complex (OEC) near Photosystem II of Cyanobacteria and Plants
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| Mr. Junyan Liu | Inorganic Chemistry | Spin-crossover-induced strain to actuate two-dimensional materials
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| Zunaira Naeem | Analytical Chemistry | Radical-directed dissociation of cuprate lipid ion types
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| Prof. Ashlyn Hale | Inorganic Chemistry | Molecular nanoparticles of birnessite-type MnO2 via reductive aggregation
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| Dr. Nithun Pandit | Inorganic Chemistry | Molecular Clusters as Models of the Repeating Unit of the Lanthanide Manganites(LnMnO3) with the Perovskite Structure
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| Prof. Katlyn Meier | Physical Chemistry | Leveraging biomimetic membrane architectures to study heme binding and protein dimerization in full-length Progesterone Receptor Membrane Component 1
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| Naomi Selejan | Inorganic Chemistry | Iron(III)-Oxo Clusters of Nuclearity Fe2, Fe3, and Fe10 from the use of a New Tridentate Chelate: Syntheses, Crystal Structures and Magnetostructural Correlation Analyses
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| Mr. MD SAHAB UDDIN | Inorganic Chemistry | Exploration of interstitial chemistry of La2C2Xn (X = H, D) and effects on structure and superconductivity
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| Dr. Dmitry Kolpashchikov | Biochemistry / Chem Bio. | DNA nanotechnology for Nucleic Acid Analysis
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