
Sign up to save your podcasts
Or


The machine that discovered the Higgs Boson 10 years ago is about to restart after a massive upgrade, to dig deeper into the heart of matter and the nature of the Universe.
Roland Pease returns to CERN’s 27-kilometre Large Hadron Collider (LHC) dug deeper under the Swiss-French border to meet the scientists wondering why the Universe is the way it is. He hears why the Nobel-prize winning discovery of the “Higgs Particle” remains a cornerstone of the current understanding of the nature of matter; why the search for “dark matter” – 25% of the cosmos - is proving to be so hard; and CERN’s plans for an atom smasher 4 times as big to be running by the middle of the century.
Image: CMS Beampipe removal LS2 2019 (Credit: Maximilien Brice/CERN)
By BBC World Service4.4
940940 ratings
The machine that discovered the Higgs Boson 10 years ago is about to restart after a massive upgrade, to dig deeper into the heart of matter and the nature of the Universe.
Roland Pease returns to CERN’s 27-kilometre Large Hadron Collider (LHC) dug deeper under the Swiss-French border to meet the scientists wondering why the Universe is the way it is. He hears why the Nobel-prize winning discovery of the “Higgs Particle” remains a cornerstone of the current understanding of the nature of matter; why the search for “dark matter” – 25% of the cosmos - is proving to be so hard; and CERN’s plans for an atom smasher 4 times as big to be running by the middle of the century.
Image: CMS Beampipe removal LS2 2019 (Credit: Maximilien Brice/CERN)

7,639 Listeners

876 Listeners

1,046 Listeners

5,520 Listeners

1,799 Listeners

1,763 Listeners

1,049 Listeners

1,979 Listeners

599 Listeners

766 Listeners

90 Listeners

407 Listeners

410 Listeners

821 Listeners

757 Listeners

731 Listeners

217 Listeners

366 Listeners

476 Listeners

238 Listeners

3,177 Listeners

720 Listeners

113 Listeners

1,002 Listeners