Cern's New Boss Has a Questionable Priority: Shutting Down the World's Most Powerful Particle Smasher
When Mark Thomson takes over as Cern's director general in January, he'll inherit one of the most coveted jobs in global science. The professor of experimental particle physics at Cambridge University has been appointed to lead the multi-Nobel-prizewinning nuclear physics laboratory on the outskirts of Geneva.
However, it's unclear whether his priorities align with those of his predecessors. As soon as Thomson steps into his new role, he'll be faced with a contentious decision: turn off the Large Hadron Collider (LHC), the world's most powerful particle smasher, for an ambitious engineering project that could transform its capabilities.
Despite the LHC running at peak performance and producing "huge amounts of data," Thomson is enthusiastic about shutting it down. "The machine is running brilliantly, and we're recording huge amounts of data," he says. This shutdown will pave the way for a high-luminosity upgrade, expected to boost the collider's energy output tenfold.
While the new LHC upgrade holds great promise, some question whether Thomson's first priority should be his own legacy rather than advancing science. The future of Cern is uncertain, with questions about its relevance and whether it will remain the world leader in particle physics.
The LHC's eventual replacement, the Future Circular Collider (FCC), promises even greater advancements but comes with significant costs. Estimates suggest it could cost over $15 billion to build, a daunting expense for an international collaboration.
Critics argue that Thomson is embarking on a journey that may not deliver groundbreaking discoveries. Instead of pursuing a new generation of particle accelerators, the scientific community should focus on addressing long-standing mysteries in physics, such as dark matter and dark energy.
Thomson's enthusiasm for pushing forward with Cern's future projects raises questions about the true priorities of his tenure. As he navigates this uncertain landscape, it remains to be seen whether he'll successfully balance ambition with pragmatism or prioritize politics over progress.
With the fate of Cern hanging in the balance, Thomson must confront a daunting challenge: balancing innovation with uncertainty and ensuring that the world's premier particle physics laboratory continues to push the boundaries of human knowledge.
When Mark Thomson takes over as Cern's director general in January, he'll inherit one of the most coveted jobs in global science. The professor of experimental particle physics at Cambridge University has been appointed to lead the multi-Nobel-prizewinning nuclear physics laboratory on the outskirts of Geneva.
However, it's unclear whether his priorities align with those of his predecessors. As soon as Thomson steps into his new role, he'll be faced with a contentious decision: turn off the Large Hadron Collider (LHC), the world's most powerful particle smasher, for an ambitious engineering project that could transform its capabilities.
Despite the LHC running at peak performance and producing "huge amounts of data," Thomson is enthusiastic about shutting it down. "The machine is running brilliantly, and we're recording huge amounts of data," he says. This shutdown will pave the way for a high-luminosity upgrade, expected to boost the collider's energy output tenfold.
While the new LHC upgrade holds great promise, some question whether Thomson's first priority should be his own legacy rather than advancing science. The future of Cern is uncertain, with questions about its relevance and whether it will remain the world leader in particle physics.
The LHC's eventual replacement, the Future Circular Collider (FCC), promises even greater advancements but comes with significant costs. Estimates suggest it could cost over $15 billion to build, a daunting expense for an international collaboration.
Critics argue that Thomson is embarking on a journey that may not deliver groundbreaking discoveries. Instead of pursuing a new generation of particle accelerators, the scientific community should focus on addressing long-standing mysteries in physics, such as dark matter and dark energy.
Thomson's enthusiasm for pushing forward with Cern's future projects raises questions about the true priorities of his tenure. As he navigates this uncertain landscape, it remains to be seen whether he'll successfully balance ambition with pragmatism or prioritize politics over progress.
With the fate of Cern hanging in the balance, Thomson must confront a daunting challenge: balancing innovation with uncertainty and ensuring that the world's premier particle physics laboratory continues to push the boundaries of human knowledge.