Papers
3
Total Citations
107
H-Index
3
About
Calum J. Drummond is a leading figure in materials chemistry, whose work centers on the high-throughput discovery and development of self-assembling amphiphilic materials. His major contributions lie in pioneering automated, combinatorial approaches to synthesize and characterize complex lyotropic liquid crystalline phases—structures formed by lipids and surfactants that are critical for drug delivery and nanomedicine. Drummond’s research has dramatically accelerated the pace at which these viscous, self-assembled materials can be produced and structurally analyzed, moving the field from slow, manual methods to rapid, robotic workflows. His most cited paper (53 citations) outlines a high-throughput strategy for amphiphile self-assembly, while another key work (43 citations) provides a detailed protocol for creating libraries of lipidic cubic phases. He has also extended these techniques to biomedical applications, developing mesoporous silica and gadolinosilicate nanoparticles for use as MRI contrast agents. By transforming how these advanced materials are discovered, Drummond has enabled faster formulation of next-generation therapeutics and diagnostics, establishing a new paradigm in combinatorial materials science.
Research Focus
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