The Professor Who Will Shut Down the World's Most Powerful Particle Smasher, Only to Restart It in Five Years
Mark Thomson, a renowned physicist and new director general of Cern, will oversee one of the most complex scientific experiments ever undertaken. But when he takes the reins on January 1st, something peculiar catches the eye: he'll be turning off the machine that drives this groundbreaking research.
Thomson's five-year tenure is all about laying the groundwork for a massive upgrade to the Large Hadron Collider (LHC), the largest scientific instrument ever built. When complete, it will accelerate protons to nearly light speed and create an unprecedented shower of new particles. While this sounds like science fiction, Thomson sees the potential: "It's more interesting than just sitting here with the machine hammering away."
The LHC, where Thomson has spent years working, is set to undergo a major overhaul starting in June. This high-luminosity upgrade promises tenfold increases in collisions and will require significant new superconducting magnets and detector upgrades. The promise is simple: more precise measurements of particles could uncover hidden secrets about the universe.
But what's really on Thomson's plate? He'll also be grappling with a much larger challenge: replacing the LHC in 2041. Cern must decide whether to pursue an enormous, even more massive collider called the Future Circular Collider (FCC), which would cost upwards of $15 billion and pose significant engineering hurdles.
The question remains: is this upgrade necessary? Some argue it's overkill, while others see it as a vital step in answering fundamental questions about the universe. The answer might just lie beyond our current understanding – a notion that strikes fear into the hearts of scientists like Thomson.
As he prepares to embark on his tenure, Thomson acknowledges that it will be tough. But one thing is certain: Cern's reputation hangs in the balance. Will Thomson and his team unlock new secrets about the universe or succumb to the pressures of progress?
Mark Thomson, a renowned physicist and new director general of Cern, will oversee one of the most complex scientific experiments ever undertaken. But when he takes the reins on January 1st, something peculiar catches the eye: he'll be turning off the machine that drives this groundbreaking research.
Thomson's five-year tenure is all about laying the groundwork for a massive upgrade to the Large Hadron Collider (LHC), the largest scientific instrument ever built. When complete, it will accelerate protons to nearly light speed and create an unprecedented shower of new particles. While this sounds like science fiction, Thomson sees the potential: "It's more interesting than just sitting here with the machine hammering away."
The LHC, where Thomson has spent years working, is set to undergo a major overhaul starting in June. This high-luminosity upgrade promises tenfold increases in collisions and will require significant new superconducting magnets and detector upgrades. The promise is simple: more precise measurements of particles could uncover hidden secrets about the universe.
But what's really on Thomson's plate? He'll also be grappling with a much larger challenge: replacing the LHC in 2041. Cern must decide whether to pursue an enormous, even more massive collider called the Future Circular Collider (FCC), which would cost upwards of $15 billion and pose significant engineering hurdles.
The question remains: is this upgrade necessary? Some argue it's overkill, while others see it as a vital step in answering fundamental questions about the universe. The answer might just lie beyond our current understanding – a notion that strikes fear into the hearts of scientists like Thomson.
As he prepares to embark on his tenure, Thomson acknowledges that it will be tough. But one thing is certain: Cern's reputation hangs in the balance. Will Thomson and his team unlock new secrets about the universe or succumb to the pressures of progress?