The Highly Sensitive Large Hadron Collider disproves the Existence of Ghosts

IN BRIEF
  • Renowned physicist Brian Cox has claimed that the lack of any physical evidence being detected by the highly sensitive Large Hadron Collider disproves the existence of ghosts.
  • 4 person out of 10 reportedly believe in ghosts, a figure that belies the lack of scientific evidence behind their existence.
  • LHC is able to pick up the tiniest bursts of energy found in particle collisions. That mean that any energy signatures from paranormal entities should be easy to detect.

The Large Hadron Collider (LHC) is the largest and most powerful particle accelerator that humanity has ever built. It features a ring 27 kilometers (16 miles) long with superconducting magnets and accelerating structures specifically built to boost the energy of particles that scientists hope to study. Within the accelerator, two high-energy beams are forced to collide from opposite directions at speeds close to the speed of light. A good analogy for this would be firing two needles toward each other from 10 kilometers (6 miles) apart with a precision that makes sure they meet halfway.

Over 10,000 scientists and engineers from over 100 countries work together at this structure below the France-Switzerland border to help us learn about the fundamental properties of physics. They test different properties of elementary particles, and thus far, they have learned about particle decay, found hints of new particles, and reexamined what we know about the Big Bang. It’s from this evidence-based research that Brain Cox  believes he can dismiss the existence of the paranormal entirely.

Cox’s point relies heavily on the LHC’s ability to pick up the tiniest bursts of energy found in particle collisions. That mean that any energy signatures from paranormal entities should be easy to detect. Thus far, no such evidence has been found.

Does this mean that you can no longer enjoy horror movies? No, it just means you don’t have to be scared.

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