Sciences & Technology

Happy 70th Birthday to Australia's first computing class

We now carry computers in our pockets, but in 1955, the University of Melbourne became home to the two-tonne CSIRAC computer. Our picture gallery celebrates 70 years of Australia’s first university computing department

Research

The time is ripe for chronoculture

A better understanding of circadian rhythms in crop plants can help improve agricultural production

Research

Climate change is turning global wildfires into monsters

The second edition of an annual global assessment of wildfires warns that climate change has made burned areas 30 times larger in some regions

Research

Ammonia is sticky, so measuring it is tricky

Ammonia released from sewage treatment plants can impact our health and the environment, but it’s taken an innovative way of measuring it to understand the scale of the problem

Research

We’re taking selfies from space

A tiny Australian satellite is chasing colliding stars and changing the way we think about space telescopes

Under the Microscope

Giving people the chance to reclaim their independence after an amputation

PhD student Eloise Milbourn is researching affordable, non-invasive technologies to enhance rehabilitation after amputation in lower-income countries

Opinion

Don’t be fooled by Melbourne’s Fool’s Spring

From the ‘Spring of Deception’ to ‘The Swooping’, understanding the cycles of Australian weather can help us all love Melbourne’s eclectic seasons

Opinion

What the global decline of greyhound racing means for all dogs

On International Dog Day, we’re seeing a fundamental change in how people think about animals. And anyone caring for dogs must understand it comes with profound responsibilities

Research

Saving the giants of the Australian forest

Mountain ash forests are predicted to lose a quarter of their trees by 2080, releasing over 100 million tonnes of stored carbon into the atmosphere. But there is a way to limit further loss

Research

We’re twisting light to move more data

New technology that creates ‘light twisters’ using ultra-thin materials could shape the future of optical communications