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Professor Chiara Neto's research focuses on physical chemistry at interfaces that draws inspiration from nature. She seeks to replicate natural phenomena to address diverse challenges, such as developing self-cleaning paints, enhancing energy efficiency in commercial shipping, and alleviating water scarcity in arid climates. One area of her research involves creating superhydrophobic surfaces that mimic the lotus leaf's ability to repel water, which can result in self-cleaning coatings useful in automotive and food industries. Another key interest includes the investigation of fluid flow on solid surfaces. By finely controlling the chemistry and topology of surfaces, she aims to induce 'interfacial slip' to reduce hydrodynamic drag. Applied in ship hull coatings, this technology facilitates faster movement through water with less energy input, thereby reducing pollution. Additionally, she collaborates with colleagues at the University of Sydney on projects aimed at developing low-cost surface coatings that capture atmospheric water from humid air. She has been at the University of Sydney since 2007, and values the collegial and collaborative environment, taking great pride in her research and service to the community.
University of Sydney • Sydney, Australia
Teach and conduct research in physical chemistry.
University of Sydney • Sydney, Australia
Lead research projects in advanced materials and sustainability.
University of Sydney • Sydney, Australia
Conduct advanced research and mentoring.
University of Sydney • Sydney, Australia
Lecture and supervise students in chemistry.
University of Sydney • Sydney, Australia
Instruct undergraduate and graduate students.
This entry applies to Faculty of Science PhD programs including Departments such as Life and Environmental Sciences, Physics, Chemistry, and Mathematics and Statistics.