Stephen Hyde

Emeritus Professor Stephen Hyde is affiliated with The Australian National University's Department of PHY. His research interests focus on the structuring of complex physical, geological, and biological systems, with an emphasis on low-dimensional geometry and topology. He investigates physical structures such as the self-assembly of molecular and macromolecular amphiphiles and lipids into liquid crystals, as well as the formation of inorganic materials under biological and abiotic conditions. His work also explores novel hyperbolic interfaces, bicontinuous and polycontinuous spatial partitions, and the characterization of geometric networks in various spaces.

Stephen Hyde is a researcher in the field of molecular self-assembly, focusing on the formation of one-, two-, and three-dimensional structures. His work explores the self-assembly of materials into complex architectures, including metal-organic frameworks, lipid bilayers, and silica-carbonate structures. Hyde's research spans across condensed matter physics, chemistry, and biology, with an emphasis on curvature, minimal surfaces, and the role of shape in material organization. His publications address topics such as biogenicity, chiral structures, and the morphogenesis of nanocrystalline materials. Hyde's contributions highlight the interplay between structure and function in both synthetic and natural systems.