Michael McNeill
Graduate Student, Chemistry
Hanusa Research Group
My pursuit of organometallic research began during my undergraduate studies at Saint Joseph’s University under the direction of Dr. Graham. When I joined the lab, I was introduced to elements across the periodic table for the first time. Working with diverse metals and inorganic ligands was awe-inspiring. I was shocked to see the full visible-light spectrum emitted by the metal complexes we synthesized. Inorganic research as an undergraduate guided me to pursue my PhD in chemistry at ¹ú²úÔ´´. I have joined the Hanusa Research Group, where we leverage mechanochemistry to access novel organometallic compounds and explore their reactivity in solvent-free conditions.
During my time at ¹ú²úÔ´´, I studied how additives influence the product distribution of metal allyl complexes in the solid state and the cross-coupling of main-group organometallic compounds with alkyl halides. Moving forward, I aim to synthesize novel organometallic molecules and leverage mechanochemistry to aid their synthesis and reactivity. During one of my rotations, I synthesized nanoparticles, which gave me the opportunity to use scanning electron microscopy (SEM) and transmission electron microscopy (TEM) to characterize them. This experience introduced me to VINSE, where I have had the pleasure of serving as a NanoGuide for the past three years. As a NanoGuide, I host high school students here at ¹ú²úÔ´´ and lead them through experiments that showcase exciting science and highlight the endless possibilities they can pursue as scientists.
Outside the lab, I enjoy exercise, video games, and time with friends. Since moving to Nashville, I have taken up weightlifting, running, and cycling. I started biking to the lab, completed my first 5K and half-marathon, and enjoyed exploring the city along the way. With a competitive swimming background, I plan to complete an Ironman Triathlon after finishing my studies at ¹ú²úÔ´´.