Two new stars have been found dancing near the Milky Way’s supermassive black hole, according to international researchers, who say the binary star system was predicted to be there but has escaped detection until now.
A new paper published in Nature has revealed an international team has identified three ultra-massive galaxies – nearly as massive as the Milky Way – already in place within the first billion years after the Big Bang.
Detailed observations of a low-mass galaxy known as Firefly Sparkle that formed when the Universe was around 600 million years old provides insights into early galaxy formation, according to international researchers.
Australian scientists have released data from a massive stellar mapping survey that’s analysed nearly 1 million stars in the Milky Way.
A shroud of gas stretches up to a million light years around every galaxy and is its first interaction with the wider Universe beyond.
The world’s most sensitive detector sets new limits for finding weakly interacting massive particles or WIMPs
A longstanding ‘conspiracy’ in astronomy – that stars and dark matter are interacting in inexplicable ways – has been overturned.
This concludes more than 10 years of its planetary defense mission
An international team of astronomers has used NASA’s James Webb Space Telescope to produce the highest-resolution image of spectacular exploding stars ever seen.
An international team led by Australian research centre ASTRO 3D reports that age is the driving force in changing how stars move within galaxies.
It’s the end of the third week of March 2025. Here’s the science and space
Astronauts often experience immune dysfunction, skin rashes, and other inflammatory conditions while travelling in space, and international researchers believe these issues are likely due to the overly sterile nature of the International Space Station.
Australia’s first state government funded satellite, Kanyini, has delivered its first images from space, marking
Data from NASA’s InSight mission suggest Mars has a liquid core similar to Earth’s, but European scientists say the core may be solid, at least below a certain temperature.
Scientists have successfully used lasers to identify microbe fossils in rocks from Earth, which are like the rocks found on Mars, opening up the possibility of searching for fossils on the Red Planet.
International scientists, including an Australian, say they’ve found evidence of the highest-energy neutrino detected to date. The result suggests the particle came from beyond our Milky Way, they say, although its precise origin remains mysterious.
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It’s the end of the third week of March 2025. Here’s the science and space headlines from the week that was… Kanyini phones home, shows
Astronauts often experience immune dysfunction, skin rashes, and other inflammatory conditions while travelling in space, and international researchers believe these issues are likely due to the overly sterile nature of the International Space Station.
Australia’s first state government funded satellite, Kanyini, has delivered its first images from space, marking a significant milestone for the space mission. Mission Director Peter
Data from NASA’s InSight mission suggest Mars has a liquid core similar to Earth’s, but European scientists say the core may be solid, at least below a certain temperature.
Scientists have successfully used lasers to identify microbe fossils in rocks from Earth, which are like the rocks found on Mars, opening up the possibility of searching for fossils on the Red Planet.
International scientists, including an Australian, say they’ve found evidence of the highest-energy neutrino detected to date. The result suggests the particle came from beyond our Milky Way, they say, although its precise origin remains mysterious.
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