Subscribe now
10 mysteries of the universe: Why does anything exist at all?

10 mysteries of the universe: Why does anything exist at all?

19 September 2018

Our best theories predict that all the matter in the universe should have been destroyed as soon as it existed. So how comes there’s something, not nothing?


Violent black holes spit neutrinos at Earth and we finally caught one

Violent black holes spit neutrinos at Earth and we finally caught one

12 July 2018

For the first time, we have traced a high-energy neutrino back to its origin - a black hole 4 billion light years away - and solved an old cosmic mystery


Antimatter neutrinos caught shape-shifting between flavours

Antimatter neutrinos caught shape-shifting between flavours

12 June 2018

We’ve seen antineutrinos morphing from one ‘flavour’ to another, and it could help us figure out why the universe is full of normal matter and not antimatter


We see neutrinos from the big bang in the way galaxies cluster

We see neutrinos from the big bang in the way galaxies cluster

4 April 2018

Just after the big bang, waves of neutrinos and other matter raced across the cosmos. Those neutrinos reached forward in time to dictate where galaxies form now


Mystery of neutrino masses may be explained by dark matter force

Mystery of neutrino masses may be explained by dark matter force

16 March 2018

Dark matter and neutrinos are both cosmic loners – they don’t interact with much. But dark matter could give neutrinos their mass through a weak repellant force


A visualization of a supercomputer simulation of merging black holes sending out gravitational waves

Dark matter could be produced by twisted gravitational waves

9 February 2018

If gravitational waves – ripples in space time – have a handedness, primordial particles could interact with them to form a dark matter superfluid that spreads through the cosmos


Neutrinos may have more kinds of cosmic sources than we thought

Neutrinos may have more kinds of cosmic sources than we thought

26 January 2018

Trillions of neutrinos hit Earth each day, but we don’t know where they come from. A new model shows how many may be made in our atmosphere, our galaxy and beyond


Black holes that shred stars burp out cosmic rays and neutrinos

Black holes that shred stars burp out cosmic rays and neutrinos

17 November 2017

The highest energy cosmic rays and neutrinos that rain down on Earth may come from white dwarf stars being devoured by black holes


CERN

Peek inside a gilded cage of liquid argon made to spot neutrinos

1 November 2017

This huge shiny cube is just a 1/20th scale model of the planned DUNE neutrino detector. It will be filled with liquid argon to catch these elusive particles


hole sun main

Hiding in plain sight: The mystery of the sun's missing matter

18 October 2017

A mass equivalent to 1500 Earths has vanished from the sun. Tracking it down could transform how we see the stars


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