A low-cost floating device that reflects radar signals back to satellites could become a vital new tool for saving lives at sea.

How the University of Auckland is contributing to the next generation of communications.

When we think of bones, we tend to think of them as being rigid, passive, and lifeless structures that are solely meant to provide a framework to support the human body. But biologically, bones are anything but static.

Multifunctional technology that could revolutionise treatment.

What if there was a way to close the carbon loop by making fossil fuels renewable? Dr Ziyun Wang and his academic group at the University of Auckland, the Theoretical Catalysis (TCAT) Group, are working to harness the power of catalysts to make it possible.

Artificial intelligence, quantum computing, biotechnology and space. It’s easy to lump these fields together as advanced technologies. But they all operate very differently, they all need unique skill bases, and they all interlink in distinct ways.

Boron Neutron Capture Therapy using "trojan horse" peptides.

A diagnostic tool that could revolutionise future prostate treatment.

Michael Witbrock is a professor at the School of Computer Science and founder of two AI-focused organisations, the NAOInstitute, and the Strong AI Lab (SAIL).