Angus Gillespie

Dr. Angus Gillespie is a recent PhD graduate working in a casual teaching capacity at the School of Molecular Sciences, The University of Western Australia (UWA). He completed his undergraduate studies at UWA in 2016 with a Bachelor of Science in Engineering Science (Chemical) and Chemistry (Synthetic), followed by first-class Honours in 2017 with his thesis 'Synthesis of Photochromic Molecules for Applications in Molecular Electronics.' He was awarded an RTP scholarship to continue his research as a PhD student under Professor George Koutsantonis, completing his doctorate in 2022.

Dr. Gillespie's educational journey includes:

• Bachelor of Science in Engineering Science (Chemical) and Chemistry (Synthetic), The University of Western Australia, 2016
• BSc(Honours) with first-class standing, thesis on 'Synthesis of Photochromic Molecules for Applications in Molecular Electronics', The University of Western Australia, 2017
• PhD in Chemistry, 'Photochromic Dihydropyrenes for Molecular Electronics', The University of Western Australia, 2022

His research program centers on the design and synthesis of dihydropyrene-based molecules for advanced applications in molecular electronics. Key research thrusts include investigations of dihydropyrene molecules as ligands in organometallic complexes, development of specialized anchoring groups for single-molecule electronics, and creation of dihydropyrene derivatives suitable for large area ensembles. His work bridges organic and inorganic chemistry with practical applications in energy technologies and environmental research, demonstrating expertise in both synthetic methodologies and molecular characterization techniques.

Analysis of Dr. Gillespie's publication record reveals a cohesive research trajectory focused on molecular switches and electronic properties at the nanoscale. His work consistently explores the interplay between molecular structure and electronic function, with particular emphasis on charge transfer mechanisms and photochromic behavior. The publications demonstrate methodological sophistication through the application of single crystal X-ray diffraction, spectroelectrochemistry, and single-molecule junction measurements. His research has evolved from fundamental synthesis (2021) to more applied studies of charge transport in molecular junctions (2022), culminating in recent work on organometallic photoswitches (2023), indicating growing sophistication in molecular design for electronic applications.

Dr. Gillespie has established significant collaborative networks, as evidenced by his co-authorship with researchers from multiple international institutions. His work appears in high-impact journals including the Journal of the American Chemical Society and Dalton Transactions, with his 2022 JACS paper receiving 15 Scopus citations. While specific grant details aren't provided in the available information, his RTP scholarship during doctoral studies indicates competitive research funding support. His research contributes to the broader field of molecular-scale electronics, with potential applications in next-generation computing and sensing technologies.