
Sign up to save your podcasts
Or
The smaller the thing you look at, the bigger the microscope you need to use. That’s why the circular Large Hadron Collider at CERN, where they discovered the Higgs boson is 27 kilometres long, and its detectors tens of metres across. But to dig deeper still into the secrets of the Universe, they’re already talking about another machine 4 times bigger, to be built by the middle of the century. Roland Pease asks if it’s worth it.
Image: CMS Beampipe removal LS2 2019 (Credit: Maximilien Brice/CERN)
4.4
926926 ratings
The smaller the thing you look at, the bigger the microscope you need to use. That’s why the circular Large Hadron Collider at CERN, where they discovered the Higgs boson is 27 kilometres long, and its detectors tens of metres across. But to dig deeper still into the secrets of the Universe, they’re already talking about another machine 4 times bigger, to be built by the middle of the century. Roland Pease asks if it’s worth it.
Image: CMS Beampipe removal LS2 2019 (Credit: Maximilien Brice/CERN)
5,389 Listeners
1,839 Listeners
604 Listeners
7,894 Listeners
398 Listeners
109 Listeners
85 Listeners
1,791 Listeners
1,046 Listeners
344 Listeners
898 Listeners
962 Listeners
1,925 Listeners
1,080 Listeners
248 Listeners
355 Listeners
401 Listeners
747 Listeners
823 Listeners
480 Listeners
740 Listeners
2,964 Listeners
113 Listeners