October 3, 2022 | By UNC-Chapel Hill Chemistry Communication We are excited to announce that Dr. Alex Miller has been…
Miller, Alexander
Abstract Molecular catalysts capable of performing electrochemical transformations are frequently utilized in the synthesis of fuels. A common benchmark for…
Abstract Iodide is an essential promoter in the industrial production of acetic acid via methanol carbonylation, but it also contributes…
September 14, 2021 | By UNC-Chapel Hill Chemistry Communication We are pleased to share that Alex Miller, associate professor of chemistry,…
Abstract Terminal and bridging end-on coordination of N2 to transition metal complexes offer possibilities for distinct pathways in ammonia synthesis and…
Abstract Organometallic catalysts with strong metal-to-ligand charge-transfer (MLCT) optical transitions and reactive metal–hydride bonds provide opportunities for new excited-state reactivity….
Abstract Dehydrogenation to give olefins offers the most broadly applicable route to the chemical transformation of alkanes. Transition-metal-based catalysts can…
Abstract The catalytic hydrogenation of carbon dioxide holds immense promise for applications in sustainable fuel synthesis and hydrogen storage. Mechanistic…