Subscribe now
Illustration of colliding neutron stars

Gravitational waves have let us see huge neutron stars colliding

16 October 2017

We’ve taken the first pictures of neutron stars colliding 130 million light years away. The resulting gravitational waves may solve some big cosmic mysteries


Model of universe structure

Half the universe’s missing matter has just been finally found

9 October 2017

About half the normal matter in our universe had never been observed – until now. Two teams have finally seen it by combining millions of faint images into one


Pierre Auger Observatory

Far-off galaxies are firing rare high-energy cosmic rays at us

21 September 2017

The highest energy particles in the universe hit Earth very rarely, so it took 10 years of data to pinpoint their origin. They’re coming from galaxies far, far away


Proxima b

Our closest star system may be home to a stolen star and planet

20 September 2017

Proxima b, the nearest exoplanet to Earth, may have been captured along with its star instead of born in the dangerous three-star system where it now lives


We’ve just seen 15 new mysterious cosmic radio bursts from space

We’ve just seen 15 new mysterious cosmic radio bursts from space

30 August 2017

Breakthrough Listen detected more radio pulses from the famous repeating source FRB 121102. They’re higher frequency than previous ones but we still don’t know what causes them


LIGO’s third detection hints at how black hole binaries are born

LIGO’s third detection hints at how black hole binaries are born

1 June 2017

The latest signal from the gravitational wave detector backs up Einstein’s theory of general relativity and gives more clues on how black holes get their spin


LIGO could detect gravitational waves’ permanent space-time warp

LIGO could detect gravitational waves’ permanent space-time warp

19 May 2017

When gravitational waves permanently distort space-time, it causes a “memory” signal – which may help LIGO find some of the universe’s most exotic objects


Protoplanetary disc around young star TW Hydrae.

Earth may have been born in a huge flare-up of the young sun

8 May 2017

A sudden brightening of the infant sun – called an FU Orionis outburst – could have melted dust grains and made them stick together, building our world


Sign up to our weekly newsletter

Receive a weekly dose of discovery in your inbox. We'll also keep you up to date with New Scientist events and special offers.

Sign up
Piano Exit Overlay Banner Mobile Piano Exit Overlay Banner Desktop