Curtin University
Green glass beads offer a window into the Moon’s hidden depths
It provide a better understanding of what lies beneath its cratered surface.
Mystery solved: Why do carbon-rich asteroids rarely become Earth meteorites?
The most comprehensive study of its kind.
Maternal cannabis use linked to higher risk of childhood behavioral disorders
It increase the risk of disruptive behavioral disorders by 3.56 times.
Blue QLED paves way for next-generation eco-friendly displays
Quantum dot discovery for LEDs brings brighter, more eco-friendly displays
eDNA could help farmers boost crop production
Study reveals how eDNA could bear fruit for farmers and the environment.
Astronomers discover answer to long-period radio transients ever detected
A record-breaking astrophysical discovery!
Earth’s longest straight underwater mountain chain created by moving hotspot
The Ninetyeast Ridge formed through a different process than previously believed.
Oil spills still contaminating Mauritius mangrove ecosystem nearly three years on
Oil is still present in an environmentally sensitive mangrove forest.
Ancient hot water on Mars suggests a habitable past
New avenues for understanding ancient Martian hydrothermal systems.
New breakthrough could lead to improvements in everyday technology
Bright future for solar panels, TV screens, and more!
Many Aussie welders face high cancer risk from fumes
New research from Curtin University reveals that over 46,000 Australian welders are exposed to high levels of dangerous fumes at work, with inadequate protection. This...
4.5-billion-year-old asteroid helps reveal our solar system’s origins
Uncovering the secrets hidden within a 4.5-billion-year-old asteroid.
New research could change how space missions are conducted
Research breakthroughs to take space missions to new heights.
Taking pictures of food could be the key to improving people’s diet
Snapping photos of our food isn't just content for our social media feeds.
Organic compounds in asteroids formed in cold areas of space
The findings open new possibilities for studying life beyond Earth.
Moon asteroid impacts mirrored on Earth, study
Major impact events on Earth were not stand-alone events.
Pacific Ocean will make way for the world’s next supercontinent on the planet
What would happen to Earth in the next 200 million years?
A 4-Billion-year-old ancient piece of Earth’s crust found underneath Western Australia
Lasers light the way to the discovery of ancient crust.
Evidence that giant meteorite impacts formed Earth’s continents
Giant impacts provide a mechanism for fracturing the crust.
Earth’s ancient water cycle was key to making continents
The study shed new light on how the continents were originally formed.
Unlocking ancient history of Earth from grains of sand
This new approach allows a greater understanding of the nature of ancient geology.
Study confirmed the frequency of asteroid collisions that formed Mars craters
Consistent asteroid showers rock previous thinking on Mars craters.
Scientists pinpointed the likely home of martian meteorites
The study would help provide the context to unravel the geological history of Mars.
New efficient electrocatalyst to make green hydrogen from water
Gamechanger for clean hydrogen production.
Supervolcanoes remain active for thousands of years after a super-eruption
The threat of further hazards exists for many thousands of years after.
How the Earth’s continents formed more than three billion years ago?
Plate tectonics research rewrites history of Earth's continents