Christopher G. P. Taylor

Christopher G. P. Taylor's work focuses on coordination cages—hollow, cage-like molecular structures built from metal ions and organic linkers that can trap smaller molecules inside their cavity. Much of the research examines how these cages bind, protect, or catalyze reactions with various guest molecules, including chemical warfare agent simulants and organic substrates, using crystallography and solution studies to understand these interactions. This work sits within supramolecular and coordination chemistry, a subfield of materials science concerned with designing molecules that assemble into larger functional structures.

Publication output peaked sharply in 2020-2021 and has since declined to a lower, steadier pace of a few papers per year through 2024.

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