Name | Topic | Title |
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Ms. Doory Dan | Inorganic Chemistry | Molecular models for single cobalt ions supported on cerium dioxide nanoparticles: Heterometallic Ce/Co-oxo clusters
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Ms. Divya Kumar | Inorganic Chemistry | Investigation of spin-crossover complexes for surface deposition |
Ms. Divya Kumar | Inorganic Chemistry | Investigation of spin-crossover complexes for surface deposition |
Alexander Diodati | Inorganic Chemistry | Covalently-linked, Rigid Cofacial Metalloporphyrin Dimers and their Magnetic and Spectroscopic Properties |
Islamiyat Ojelade | Inorganic Chemistry | One-Step Synthesis of a Highly Conductive Glassy Sodium Solid Electrolyte |
Johnathon Johnson | Inorganic Chemistry | Synthesis and Electron-Induced Reactions of First Row Transition Metal Complexes as EUV Resist Candidates |
Mr. Dibya Jyoti Mondal | Inorganic Chemistry | Investigation of high symmetry dinuclear complexes as platforms for the design of molecular two-qubit gates |
Mr. Qaisar Maqbool | Inorganic Chemistry | Photophysical properties of Meso-tetra(4-N,N,N-trimethylanilinium) porphyrin encapsulated within the MOM-11 metal organic framework |
Mr. Alexander Stant | Inorganic Chemistry | Surface Organomettalic Chemistry of Group III Metal Alkyls |
Prof. Adam Veige | Inorganic Chemistry | iClick Origins, Applications, Unexpected Results and Outlook |
Chidozie Ezeakunne | Computational Chemistry | Integrating Density Functional Theory with Machine Learning for Enhanced Band Gap Prediction in Metal Oxides. |
Dr. Bin Liu | Computational Chemistry | Mapping Structure-Property Relationships in Fullerene Systems: A Computational Study from C20 to C60 |
Dr. Duy Le | Computational Chemistry | An Explicit-Implicit Hybrid Solvent Model for Grand Canonical Simulations of the Electrochemical Environment |
Beauty Chabuka | Computational Chemistry | Borrowing electron density from a rich friend: transition state stabilization by electron transfer from a remote donor |
Dr. Eklavya Thareja | Computational Chemistry | Rise of topology in condensed matter: balancing robustness against disorder with control of electronic properties |
Name | Topic | Title |