The Moon’s nearside, the side facing Earth, is dark-coloured and dominated by ancient lava flows, whereas the farside is more rugged – and NASA researchers now suggest it’s due to a wonky lunar interior.
An international study featuring scientists from Curtin University’s School of Earth and Planetary Sciences and Space Science and Technology Centre offers new insights into the Moon’s history and provide a better understanding of what lies beneath its cratered surface.
The mantle of the far side of the Moon is likely drier than the near side, according to international researchers who say this could help us understand how the Earth’s companion formed.
The Schrödinger impact basin is an area of the moon that contains two gigantic canyons – that are definitely there whether you look at it or not – and international researchers say they might have found out how these huge valleys were formed.
Dust on the moon could one day be used to build solar panels, according to researchers who say this could allow astronauts to access power on the moon without carting heavy equipment from Earth.
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Astronomers from the International Centre for Radio Astronomy Research have made a discovery of a new cosmic phenomenon: ASKAP J1832-0911. This object emits pulses of
It’s the end of the third week in June 2025, we went from learning about International Dark Sky Week to quantum computing potentially leading the
Astronomers have found that it is not how much gas a galaxy has, but where that gas is located, that determines whether new stars form.
A Microsoft artificial intelligence called Aurora can outperform existing Earth system forecasts, according to international scientists.
Creating new drugs or medical treatments are some of the great promises of quantum computing. Scientists at the University of Sydney have, for the first time, used a quantum computer to simulate the chemical dynamics of real compounds, a vital step towards modelling more complex molecules and designing bespoke chemicals that could lead to improved sunscreen or skin cancer treatments.
International researchers have predicted gravitational waves produced by two black holes with what an associated editorial has called “landmark precision”.
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