CAST

Hypothetical particles called axions could explain differences between matter and antimatter – and we may find them at the centre of the Sun.

8 results

CAST-CAPP inches closer to axion dark matter

The CAPP axion haloscope at the CAST experiment has hunted for axions from the Milky Way’s “halo” of dark matter, and has narrowed down the theoretical space in which to look for these hypothetical particles

News
Physics
02 December, 2022
Physics
News
02 December, 2022

RADES joins the hunt for dark matter

One of the latest additions to the CAST experiment has set a new limit on the strength of the interaction between photons and hypothetical dark-matter particles called axions

News
Physics
25 May, 2021
Physics
News
25 May, 2021

KWISP detector searches for dark energy from the Sun

First results are in for the KWISP detector’s hunt for hypothetical dark-energy particles from the Sun

News
Physics
03 July, 2019

CERN CASTs new limits on dark matter

The CAST experiment at CERN announces new limits on the properties of axions, exotic particles that are candidates for dark matter

News
Experiments
08 May, 2017
Experiments
News
08 May, 2017

CERN CASTs new limits on dark matter

The CAST experiment at CERN announces new limits on the properties of axions, exotic particles that are candidates for dark matter

News
Experiments
01 May, 2017
Experiments
News
01 May, 2017

Black hole aligns with Sun and CERN telescope

On 18 December 2016 the Sun aligned with the black hole in the centre of the Milky Way, allowing CAST to search for any exotic particles it might emit

News
Experiments
19 December, 2016
Experiments
News
19 December, 2016

CAST explores the dark side of the universe

The astroparticle experiment tracks the Sun morning and evening to search for particles of dark matter and dark energy

News
Physics
18 September, 2015
Physics
News
18 September, 2015

CAST

Experiments
Experiments