About 110 years ago, German physicist Albert Einstein formulated the general theory of relativity, a model Defines gravity as the curvature of space caused by mass and energy..
To date, this theory has been widely accepted as one of the best explanations for gravity phenomena observed in the universe. However, scientists still investigate whether the other features of the cosmos follow the principles proposed by Einsten.
In a new study, a group of researchers used the great hadron collore of the European Nuclear Research Organization in Switzerland to understand whether the best quarks aligned with the theory of relativity. It is the most severe basic particle observed by science.
In an official statement, CERN pointed out that this was used for the first time for such a study of the Great Hadrons Collier (LHC). In the experiment, The researchers used the compact Muon Solenoid detector to analyze whether the upper quarks follow Einstein’s theory.. The study was published in B. Physical Letters in Scientific Journal.
https://www.youtube.com/watch?v=lxwr16c9kf0
Today, quantum mechanics and private relativity theory forms the basis of the study of particle physics; In this field, one of the most fundamental concepts is the symmetry of Lorentz. In the article, researchers question whether this symmetry is really intact, because some theories suggest that relativity may not apply to extremely high energies, as in the upper quarks.
After all, were Einstein and other modern scientists wrong about the concepts of private relativity? To investigate this possibility, The team analyzed the data from the CERN experiments to test Lorentz’s symmetry through the quarry.
“Lorentz’s search for violations in the production of the best quarks was presented. The measured differentiated differential shock section is analyzed in the search for possible modulates caused by operators who violate Lorentz invisible in an extension of the standard model’s effective field theory (SM) depending on the external time.
What are the tops of hafaks?
In 1995, Scientists from Fermilab, one of the main laboratories of high -energy particle physics from the USA, Quark Top announced the first observation. The team pointed out that the standard model is the sixth and largest of the quarks and that the largest mass described by science is the particle.
“Quark T (symbol: T) or Quark Top, also known as Quark Truth, is a fundamental component of matter and matter.”
Since it is the biggest basic particle, the Science Quark Top investigates whether it can play a role in the mechanisms that affect the breaking of electrobal interaction. On the contrary Since this symmetry breaks to be announced by the Higgs mechanism, the studies show that Quark Top can play a special role..
As the researches in this field continue, there is no definite consensus, but better understanding this particle can reveal new connections between mass production and high energy physics.
Six basic particles of the standard model:
- Quark Up (U);
- Quark down (D);
- Quark Charm (C);
- Quark strange (s);
- Quark top
Source: Tec Mundo
I’m Blaine Morgan, an experienced journalist and writer with over 8 years of experience in the tech industry. My expertise lies in writing about technology news and trends, covering everything from cutting-edge gadgets to emerging software developments. I’ve written for several leading publications including Gadget Onus where I am an author.
