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The AWAKE experiment is adapting plasma-wakefield acceleration for applications in particle physics.
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The AWAKE experiment is adapting plasma-wakefield acceleration for applications in particle physics.
The “asymptotic safety” approach towards quantum gravity opens new avenues at the intersection between particle physics and gravity.
How the CERN EN-MME-MM section deals with the complex demands for mechanical design, production facilities and material science at CERN and beyond.
A celebration of the opening of CERN Science Gateway, a new flagship centre for science education and outreach.
The FCC collaboration beckons individuals and institutions to contribute to the next chapter in exploring the fundamental laws and building blocks of the universe.
Weaving through the molasse and limestone beneath Lake Geneva and around Mont Salève, the Future Circular Collider would constitute a major global civil-engineering project in its own right.
From the latest accelerator designs to their estimated cost and long-term societal returns, the Courier gathers the key takeaways so far from the Future Circular Collider feasibility study.
Snapshots of the latest developments in FCC-ee vacuum, radio-frequency, magnet and alignment technologies.
The reference layout for the FCC with eight surface sites constitutes a significant reduction in footprint with respect to the initial scenario drawn up in 2014.
By providing considerable advances in sensitivity, precision and energy reach, the Future Circular Collider is the perfect vehicle with which to navigate the new physics landscape.