Dr. Burbidge is presented with the “Woman of the Year” award in 1976, while professor at UC San Diego.
In an age when women were rarely allowed in observatories, Margaret Burbidge changed how we saw the stars.
Astrophysicist Matt Agnew is looking for love on the Bachelor Australia.
Matt Agnew is on the hunt for love as star of the new Bachelor Australia series. But whoever he picks (and he already has, apparently) will have to compete with TESS. So who, or what, is TESS?
Another reason you don’t want to get too close to a black hole is because of something we call ‘spaghettification’. If this happened to Earth it would be… unpleasant.
If you got too close to a black hole, it would suck you in and you'd never be able to escape, even if you were travelling at the speed of light.
This point of no return is called the event horizon.
Today, we’re asking two astrophysicists and a planetary scientist: what’s the likelihood we’ll be living on Mars or the Moon in future?
What’s the next ‘giant leap’ for humankind in space? We asked 3 space experts.
The Conversation, CC BY 27.3 MB (download)
What's the next thing that will blow us away or bring us together the way the Moon landing did in 1969? Moon mining? Alien contact? Retirement on Mars? Three space experts share their predictions.
People do live outside Earth – on the International Space Station! But humans have had to find a way to make the conditions there more like what we’re used to at home.
Flickr/NASA's Marshall Space Flight Center
The short answer is yes, but it’s really, really difficult.
A nuclear reaction is under way inside the Sun.
Emily Nunell/The Conversation CC-NY-BD
It's true that here on Earth, if you want to burn something you need oxygen. But the Sun is different. It is not burning with the same kind of flame you would have on Earth if you burned a candle.
University of Warwick/Mark Garlick
Exoplanet discovery can help us work out how the Earth will end its days.
Feel like traveling to another dimension? Better choose your black hole wisely.
Feel like visiting another star system or dimension? You can do this by traveling through a spacetime portal of a black hole. But you better choose carefully. All black holes are not created equal.
The South Pole Telescope and BICEP telescopes (pictured above) may discover clues that could teach us if there was something else ‘before’ the Big Bang.
Dr. Keith Vanderlinde/NSF
Long ago in the distant past, our entire Universe was microscopic – just like an atom – and obeyed completely different rules of cause and effect.
An artist’s impression of fast radio bursts in the sky above the Australian SKA precursor, ASKAP.
OzGrav, Swinburne University of Technology
Perhaps precisely because they are so elusive, Fast Radio Bursts have received a lot of attention in the years since their discovery.
The good thing about space is that – even though it has lots of dangerous stuff floating in it, and lots of exploding stars – it’s so big and empty that it almost doesn’t matter.
Are there stars other than the Sun that might explode soon close to us? Yes, there are! As long as by 'soon' we mean within a million years.
The Sun is a star – but it’s not the only one.
NASA/GSFC/Solar Dynamics Observatory
There are lots of places where it's much, much hotter than the Sun. And the amazing thing is that this heat also makes new atoms - tiny particles that have made their way long ago from stars to us.
NASA, ESA, H
Galaxy images and patient records can be equally confusing. Now a team of astrophysicists have realised their methods could help medical professionals.
A podcast all about nothing. From the importance of doing nothing to the ill-effects of time spent in solitary confinement and what nothing means in space.
Galaxy history revealed by the Hubble Space Telescope.
From a mysterious energy of empty space to parallel universes, cosmology's view of 'nothing' is anything but boring.
Colorful view of universe as seen by Hubble in 2014.
NASA, ESA, H. Teplitz and M. Rafelski (IPAC/Caltech), A. Koekemoer (STScI), R. Windhorst (Arizona State University), and Z. Levay (STScI)
New observations show we don't really understand the universe's expansion.
Translating the signals.
Science and art meet on the 'big screen' – turning data into visuals at the Lovell Telescope, Jodrell Bank.
Nobody knows for sure where black holes lead to.
The pull created by a black hole is so strong that if you get too close to one – even if you are travelling away from it at the fastest speed it is possible to go – you will never be able escape.
In fact, some things are slowing the Earth down or could change its spinning in the future.
To answer this tricky question, we have to look back in time to when the Earth was born, 4.5 billion years ago.
About a century ago, we didn’t even know that galaxies existed.
Mai Lam/The Conversation NY-BD-CC
Pretty much as soon as we understood what galaxies were, we realised they are all moving away from each other. And the ones that are further away are moving faster. In short, the universe is expanding.