Blog

You’ve seen mazes on paper, you may even have explored big mazes on foot. But this maze has a geometric twist – it’s on the surface of a donut. This is a torus maze!

Written by Sarah Kellett Can we power our homes with the process that powers stars? Nuclear fusion offers to do just that, and scientists are looking for ways to harness this energy with experiments that run hotter than the Sun.

Written by Sarah Kellett Wheat is Australia’s main winter crop. Sown in autumn and harvested in spring or summer, it provides us with flour to make our daily bread. We eat wheat as toast with vegemite, or sandwiches for lunch. But wheat is not for everyone

Many words have secret numbers hidden within! Discover them with this pair of quizzes. You can download a printable PDF quiz here.

Written by Sarah Kellett 3D printers can create toys, bicycle parts and models of dinosaur bones. Bioprinters are 3D printers with a difference. They can actually print structures containing living cells, the same kind of cells that make up the human body!

Written by Sarah Kellett Researchers have made a cheap and rapid new test to diagnose type 1 diabetes using a gold-studded glass chip.

Written by Sarah Kellett It’s National Aborigines and Islanders Day Observance Committee (NAIDOC) week. What better time to celebrate a shared research project between the Wajarri people and the University of Western Australia! Australia’s largest Aboriginal ochre mine is Wilgie Mia, in Wajarri Yamatji country far north of Perth. It is an incredibly important cultural […]

You may have heard a climate scientist talking about ‘parts per million’ or ppm. If you want to get a handle on what that means, and how much CO2 is in our atmosphere, you’ve come to the right place!

Written by Sarah Kellett In the warm tropical ocean around the Great Barrier Reef, the lionfish hunts. Venomous fins fan out to trap a school of smaller fish. The little fish look for an escape. But this lionfish is not hunting alone.

Written by Celia Berrell A one-kilometre single thread each silkworm spins as a cocoon bed. That protein-filled strand, untangled and long, makes fine-woven fabrics so light, yet strong. Surgery too has discovered silk’s riches. Incredibly thin for dissolvable stitches.