Mechanical Engineering

The World’s Largest Particle Collider, The Large Hadron Collider

How did the Large Hadron Collider help scientists research

By: Kaden Brock, Journalist

October 21, 2024

The world’s largest particle collider, the Large Hadron Collider. What is its cost? How big is it? Where is it? These are just a few questions I’ll answer in this article. The Large Hadron Collider (LHC) is the largest and the most potent and it’s a European particle physics in Switzerland. The LHC was created by CERN and took 10 years to be built (1998-2008).

The LHC is used to replicate the circumstances that happened within a fraction of a second of the Big Bang. The enormous Collider permits scientists to collide energetic subatomic particles in a manageable domain. The greatest accomplishment with using the LHC is the discovery of the Higgs Boson.

The LHC is the biggest particle accelerator this world has ever seen with around 17 miles in circumference. The LHC project has a goal of understanding the foundational structure of matter by recreating the harsh circumstances created by the Big Bang. For tens of years, researchers and scientists have used the alleged standard model for the fundamental particle it works well, but it doesn’t clarify why some particles have matter and some don’t.

The Higgs Boson is a particle that wasn’t able to be produced until the creation of the LHC. After months of observing collisions at the LHC in 2012, scientists observed an interesting signal from what could’ve been a Higgs Boson particle with 126 gigaelectron volts. More research confirms those assumptions and the standard model requires some judgmental assumptions. An investigation between particles may give a clue to a different mystery.

Ever since the discovery of the Higgs Boson no new particles or dark matter of any kind. The researchers at LHC have seemed to go into some sort of crisis because after doubling the collision energy and quintupling the data output people still haven’t made any new progress. So scientists have decided to do something new and have detectors look for unusual particles, extracting all the data they can with machine learning.

The concern particle analysts might, at first glow, concern the universe, and how we can persist to research it of interest if you care about that sort of thing. The previous 5 decades of research have given us an amazing sight of nature’s rules, each complete particle diagnosis clarifying how things work. But now, after the Higgs period, particle physicists have reached a dead-end in their journey to find, create, and research recent particles at colliders. In conclusion, although the LHC is a wonderful machine with many possibilities for discovery scientists have reached an impasse in their journey to research new particles at colliders, and only time will tell when we will make a new wonderful discovery that could change humanity forever.