The world's most complicated machine

An introduction to this album 

An explosion in the beam tunnel caused a major setback. Accelerator scientists examine what went wrong and outline how the beam gathers speed, ready for collision 

The next generation Super Luminosity LHC is already in planning. But, in the future, the SLHC may be eclipsed by the Next Linear Collider 

Machine learning and particle physics go together like peanut butter and jelly--but this is a relatively new development. For many decades, physicists looked through their fairly large datasets using the laws of physics to guide their exploration; that tradition continues today, ... Show More

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 bo ... Show More

Special guest Cari Cesarotti tells us why so many particle physicists are itching to build a whole new type of particle collider.Support the show 

The Large Hadron Collider (LHC) is restarting after a three-year break for maintenance and upgrades. In the first of two episodes, host Alok Jha travels to the Franco-Swiss border to find out what the particle accelerator could reveal about the fundamental building blocks of the ... Show More

We are all made of particles – but what are particles made of? It’s a question that’s been perplexing scientists for centuries - for so long, in fact, that listener Doug in Canada wants to know if there’s a limit to how much they can ever discover. CrowdScience heads out to CERN, ... Show More

For the past century, physicists have been building particle colliders as a way to learn about the fundamental laws of physics. Today we talk about why smashing particles together has proven to be such a powerful tool.For ad-free episodes and other exclusives, join us for $3 a mo ... Show More

We're still in the dark about what 95 percent of our universe is made of — and the standard model for understanding particle physics has hit a limit. What's the next step forward? Particle physicist Alex Keshavarzi digs into the first results of the Muon g-2 experiment at Fermila ... Show More

The Large Hadron Collider (LHC) is restarting after a three-year break for maintenance and upgrades. In the first of two episodes, host Alok Jha travels to the Franco-Swiss border to find out what the particle accelerator could reveal about the fundamental building blocks of the ... Show More

We're still in the dark about what 95 percent of our universe is made of — and the standard model for understanding particle physics has hit a limit. What's the next step forward? Particle physicist Alex Keshavarzi digs into the first results of the Muon g-2 experiment at Fermila ... Show More

Episode 2: Lost in the DarkPhysics is getting a good understanding of atoms, but embarrassingly they’re only a minor part of the Universe. Far more of it is made of something heavy and dark, so-called dark matter. The scientists who discovered the Higgs boson ten years ago though ... Show More