Europe’s largest physics lab is planning to build the tunnel beneath France and Switzerland — allowing it to smash tiny particles together with eight times more energy than before.

The original design called for high-temperature superconducting magnets, such as so-called ReBCO tapes, and CERN is looking ...

The proposed 91-kilometer collider could be up and running by the 2040s, but it won't perform high-energy physics until 2070.

Europe's CERN laboratory said on Monday that a detailed analysis revealed no technical obstacles to building the world's biggest particle collider, even as critics took issue with the "pharaonic" ...

The next decisive step in continuing this research should be the Future Circular Collider at CERN. To realise the project of the world’s largest ring accelerator, all countries that have supported ...

No fewer than 100 scenarios were developed and analysed before settling on the preferred option: a ring circumference of 90.7 km at an average depth of 200 m, with eight surface sites and four ...

CERN’s ambition to build an accelerator three times as large ... based on using the high-field superconducting magnets—needed to steer protons around the ring—that are available today. Ongoing ...

CERN’s ambition to build an accelerator three ... field superconducting magnets — needed to steer protons around the ring — that are available today. Ongoing research on advanced ...

such as building a linear accelerator around 50 kilometers long instead of a new ring. The FCC as an electron-positron collider could be ready by the early 2040s. CERN estimates the costs over the ...

CERN has completed a feasibility assessment on a Future Circular Collider (FCC), a potential successor to the Large Hadron ...