Scientists have discovered the rare radioactive isotope, iron-60, which is formed in the interiors of massive stars and ejected into space when they explode, in Antarctic ice.

A new nanoscopy technique developed at ANU has uncovered hidden networks used for communication between cells, opening new ways to understand human diseases.

An international team has shown that gravitational waves, ripples in space and time produced by some of the most violent events in the Universe, such as the collision of two black holes, can be used to measure and correct the calibration of the detectors that observe them.

An Australian Laureate Fellowship is helping Professor Hrvoje Tkalčić explore the hidden interiors of Earth, the Moon and Mars, to reveal new insights into how planets evolve and what it takes to sustain life.

The team of ANU Physicists has developed an innovative way to take static devices and make them dynamically tunable with light, an important capability for developing flexible and powerful light-based technology - photonics.

Canberra-based technology company Liquid Instruments has secured major investment to accelerate the commercialisation of its platform that is reshaping how engineers interact with complex systems.

Semiconductor technology company Syenta founded from research at The Australian National University (ANU), has secured major investment to accelerate the commercialisation of its technology that unlocks next-generation AI a system performance.

Associate Professor Ana Sequeira's globally-recognised research offers potential to reshape marine protection, as one-third of species face extinction.

Professor Mark Polizzotto has won an NHMRC award for his global study testing whether a daily tablet could replace chemotherapy for a cancer that kills up to half its patients in Africa.