Artificial intelligence threatens to dramatically change the work we do and how our workplaces operate. Macquarie University researchers examine some vital ethical questions raised by this new technology.
VIDEO: What if surfers could be protected from shark attacks with something like an invisibility cloak? That’s what Professor Nathan Hart says is close to happening following discoveries he and colleague Dr Laura Ryan have made about how to trick sharks’ visual systems.
Macquarie University researchers have uncovered a genetic reason for the distinctive red, yellow and orange bills of Australian finches, finding a link with how they process the pigments they get from seeds.
Wilting flowers might not signal poor flower or plant health, but rather the effects of a sophisticated resource management strategy in plants, millions of years in the making.
Islands make up just over five per cent of the world's land yet are home to 31 per cent of Earth's plant species. A new study shows that more than half the plants unique to islands are classified as threatened, with habitat loss, climate warming and invasive species to blame.
The first dedicated study of the distribution, ecology and behaviour of elusive Bryde’s whales in NSW and Queensland waters could help reshape conservation efforts.
As spring signals an increase in reptile activity, an extensive exploration of 10 years of wildlife rescue data by scientists at Macquarie University reveals the complex interactions between humans and reptiles in Sydney’s urban landscape.
From classroom to desert raceway, Macquarie students are shattering world speed records, propelling careers and pushing the limits of human-powered vehicles.
An international astronomy team has analysed data from a newly-discovered massive planet on an extreme orbit to understand how ‘hot Jupiter’ planets form.
Thanks to an ongoing project known as MAGPI which measures four billion year-old starlight, astronomers have discovered that massive galaxies were formed far earlier than first thought.
Black soldier flies which are currently commercially used to consume organic waste will now be able to tackle a wider variety of refuse thanks to genetic modifications devised by Macquarie University bioscientists.