Catherine Whitby

Catherine Whitby serves as a Senior Research Fellow at the Ian Wark Research Institute, University of South Australia. Her research focuses on the fundamental properties and applications of emulsions, with particular expertise in using nanoparticles to control emulsion structure and performance.

• Bachelor of Science with Honours (1997), University of New South Wales
• PhD in Chemistry (2001), University of Melbourne

Dr. Whitby's research program investigates how changes to the internal structure of emulsions affect their stability and flow behavior through advanced microscopy and rheology techniques. Her work bridges fundamental chemistry with practical applications in cosmetics, drug delivery, and materials science. She specializes in liquid marble technology and dry water systems, exploring how powder-coated liquids can revolutionize product delivery mechanisms in consumer goods and industrial applications.

Analysis of her publications reveals a strong focus on translating complex chemical phenomena into practical applications, particularly in the cosmetics industry. Her work connects fundamental chemical principles with real-world product development challenges.

• University Medal in Chemistry (University of New South Wales)

Dr. Whitby has secured significant research funding from multiple prestigious sources including the Australian Research Council, University of South Australia, Australian Academy of Science (COST), FABLS Support Scheme for Emerging Research Projects, Australian Institute of Nuclear Science and Engineering, and the National Institute of Standards and Technology (NCNR). Her collaborative work with colleagues like Rossen Sedev at the Ian Wark Research Institute demonstrates strong institutional partnerships.

The Ian Wark Research Institute provides the primary research environment for Dr. Whitby's work, offering specialized facilities for materials characterization and emulsion research. Her laboratory focuses on developing novel emulsion-based technologies with applications spanning cosmetics, pharmaceuticals, and industrial materials.