Work Experience(s)
Master’s Thesis: Quantum Interference in Cross-Conjugated Molecular Junctions
Objective: engineering a series of sulfur-anchored molecular platforms and measuring charge transport across structured ensembles of junctions. Interfacial assembly and device fabrication including UV–ozone cleaning, 24 h solution immersion, AFM characterization, dielectrophoretic trapping of Au nanowires, and temperature-dependent transport measurements. Reported coherence-based transport behavior and design strategies for interference effects in molecular junctions.