Vision
Our vision is a future where excellence in science is achieved through a collective effort, valuing each team member and fostering a sense of community. We strive to build a diverse and inclusive environment that embraces individuals from all backgrounds, recognizing that diverse perspectives fuel innovation and breakthroughs. We explore materials science at the intersections of physics, biology and chemistry, we aim to lead in cutting-edge research, constantly pushing the boundaries of knowledge. Additionally, we emphasize the importance of nurturing the next generation of scientists and leaders, providing mentorship and opportunities for growth. Sharing leadership is a core principle within our group, empowering individuals to contribute their unique expertise and ideas. We are committed to translating our scientific advancements into practical solutions and real-world applications, forging strong collaborations with industry partners to address pressing challenges and create positive impacts on society.
Mission
We are an interdisciplinary academic group at the Research School of Physics at the Australian National University dedicated to advancing the field of materials science through research, innovation, and translation. With expertise in physics, chemistry, and biology, we specialize in the creation, characterization and application of materials with the ultimate aim of both generating fundamental knowledge and translating science into practical applications. By providing comprehensive training to scientists at the undergraduate, PhD, and postdoctoral levels, we strive to nurture the next generation of critical thinkers and problem solvers. Our overarching goal is to contribute to the betterment of the world by expanding knowledge and equipping future leaders with the skills to address global challenges such as health, climate change, energy, and equity.
About Us
The Advanced Materials Group is dedicated to pushing the boundaries of materials science and engineering in order to create a better future for all. Our team is made up of some of the brightest and most talented scientists in the field, and we are committed to working tirelessly to develop innovative solutions that address some of the most pressing issues facing our world today.
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One of the primary areas of focus for our group is the development of a platform for early disease detection. By utilizing cutting-edge nanofabrication tools and analytical techniques, we are able to create highly sensitive and accurate diagnostic devices that can detect diseases in their earliest stages. This is crucial for improving patient outcomes and reducing the overall burden on healthcare systems.
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In addition to our work on disease detection, we are also at the forefront of research on high-pressure phases and the use of diamond anvil cells. These innovative technologies allow us to study the behavior of materials under extreme pressures, enabling us to unlock new insights into the underlying physics of these materials. Our efforts in this area have led to the discovery of several new high-pressure phases, paving the way for the development of novel materials with unique properties and applications.
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Another area of focus for our group is the modification of materials using fast heavy ions. By bombarding materials with these ions, we are able to alter their physical and chemical properties in ways that were previously thought impossible. This has the potential to revolutionize a wide range of industries, from electronics and energy storage to aerospace and defence.
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Our approach to research is centered on building a strong foundation of fundamental understanding through the use of both lab-based and synchrotron-based analytical techniques. This allows us to gain a deeper insight into the underlying physics of new materials, which in turn enables us to develop novel functional materials and devices that address some of the most challenging issues facing our world.