Our research

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Sydney Nano

The next giant leap is seriously small

With combined expertise from across the University's disciplines and access to purpose-built facilities, our research is taking the field of nanoscience to new levels.

Research_

Our research

Our research strategy aligns with the University’s objectives to build a culture of multidisciplinary research excellence and to achieve broad recognition and impact, nationally and internationally.

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Nano Solutions for Grand Challenges

The Sydney Nano Grand Challenges are aimed at discovering ground-breaking solutions to the world’s greatest challenges that are of social, economic and scientific significance. Bringing together researchers from across the University, the multidisciplinary Grand Challenge initiative will be enabled by advances in nanoscience and nanotechnology.

Partnership_

Industry partners

Knowledge about underlying science and technology is critical to harnessing the full market potential of products. Working with industry partners, we provide the expertise to translate research into commercial application.

Courses_

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Education

Discover why our current students chose to study nanoscience, and learn about how the undergraduate units will help you towards a nanoscience career. Get in touch to join us and be mentored by our academics.

Latest news

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03 April 2024

Our research

Sydney Nano

Our research

Nano Solutions for Grand Challenges

Industry partners

Education

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Latest news

Five Sydney researchers honoured by Australian Academy of Science

NHMRC awards $31m for innovative health and medical research

University to share in $40 million to combat plastic waste

Photonic chip that 'fits together like Lego' opens door to local industry

Quantum tech for health: Sydney team wins Wellcome Leap contract

Sydney researchers win NSW Premier's Prizes for Science and Engineering

Nanowire 'brain' network learns and remembers 'on the fly'

Superlensing without a superlens: microscopes boosted beyond limits

Scientists use quantum device to slow chemical process by factor of 100bn

When proteins get stuck: unlocking the secrets to brain diseases