A synchrotron is a powerful type of particle accelerator that generates intense beams of light that can be used in diverse ways for scientific research. The light produced, which spans the spectrum from infrared to hard X-ray, enables study of the structure and behaviour of materials at the atomic and molecular level.
There are few science tools that have the range of applications enabled by synchrotrons.
Synchrotron techniques are used to develop and enhance new products, from everyday commodities, such as chocolate and cosmetics, to revolutionary drugs and surgical tools.
The use of synchrotrons has led to discoveries across many scientific fields, including biology, physics, chemistry, geology, engineering, medicine, agriculture and the environment.
When the partnership with Australia was initiated, the first research by New Zealand scientists was focused on drug discovery. Since then, the synchrotron has been used by New Zealand researchers in many diverse applications, of relevance to the environment, primary industries, biomedical science, earth science and energy sectors.
This remarkable body of work has contributed to new materials and catalysts for clean energy, surgical biomaterials for tissue reconstruction, wool-based alternatives to synthetic polymers, tools for inhibiting cancer, understanding volcanic eruptions, and improving aquaculture.
These are just a few examples – our case studies highlight more.
If you are a teacher or student looking to learn more about synchrotron science, ANSTO has produced a useful educational resource.
