Researchers were working with the world’s biggest particle accelerator, by the time it is first discovered, 6 years ago, and named Higgs Boson particle, and at last, analyzed and experienced its mysterious yet the most usual process of decaying.
With the help of data that researchers got from Large Hadron Collider, the scientist becomes able to see the decaying of boson particle into smaller particles which are known as a bottom quark and its similar antimatter, which is referred to as anti-bottom quark.
The physics behind the standard model of the discovered particle demonstrate that the Higgs boson will rot into bottom quark that is the 2nd heaviest in the list of quark flavor, more than 50% of the time.
The researchers were making every possible effort to experience and grab the opportunity to see the process, as it is going to either provide a base to the standard model or exposed its inefficiency, that will give a clear sign that it needs a new physics phenomenon to explain the incongruity.
The only issue is that the whole process is extremely difficult to capture while happening. The discovered particle is an end result of a collision of 2 protons. When 2 gluons that are present in the protons fuse and create 2 top quarks, then these produced top quarks in combination create a Higgs Boson.
Palmer said, “We utilized these particles to experience potential Higgs events and then separate all the things from it.” This makes us getting a 2 for 1 deal with this research as not just that we have discovered the fact that Higgs is decaying to the bottom quarks, but additionally, we have learned a lot about the production mechanism.
Further, in the research, we are going to refine the analysis to dig a little deeper for understanding the decay mode in much better manner.