- CERN restarts world's most powerful particle collider (LHC) on April 8th.
- LHC aims to unlock secrets of dark matter during total solar eclipse.
- Machine recreates Big Bang conditions by smashing protons at near light speed.
The Large Hadron Collider (LHC) is slated to restart its operations following a two-year hiatus. The LHC, a 17-mile tunnel, propels protons at nearly the speed of light, replicating the conditions that prevailed immediately after the Big Bang. Scientists posit that examining the elusive subatomic particles generated by these collisions could yield significant insights into the makeup of the universe.
Despite initial hurdles, including a failed attempt due to issues with the beam trajectory, recent tests of the LHC have been successful. When operating at full capacity, trillions of protons will accelerate around the LHC accelerator ring 11,245 times per second, falling just seven miles per hour short of the speed of light. Researchers anticipate uncovering crucial evidence regarding the influence of dark matter on the formation of our universe.
The rare astronomical event of a total solar eclipse in 2024, which will be visible to millions across North and Central America, coincides with the day of the experiment. As the moon blocks the sun’s rays, casting daylight into temporary darkness, scientists will seize this opportunity to investigate the universe’s mysteries while observers marvel at the celestial spectacle.
As reported by the Daily Mail, the LHC’s mission goes beyond particle physics, aiming to corroborate theories put forth by esteemed physicist Professor Higgs in 1964. By studying the Higgs boson and its role in bestowing mass to particles, scientists aspire to uncover fundamental revelations about the origins and evolution of the universe, even amidst the anticipation surrounding the 2024 solar eclipse.
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