Manik Kotwal

The ‘Higgs boson’ element known as ‘Devakan’ in the epic mystery of the creation of the universe is a superhero! But the element that holds the principle of all these elements in hand is ‘W Bozon’! World renowned radical – scientist Dr. This is an introduction to a new research by Ashutosh Kotwal.

Particle physics is a branch of physics. It is a science developed on the basis of incomprehensible tools such as strict rationalism, deep mathematical principles, capitalism and relativity! Anyway this is the world of anthropology. Here, too, drama enters at some point. One such day in the month of November 2020! Twenty-two scientists from around the world breathed a sigh of relief at the ‘zoom call’. 4.2 million W bosons have been analyzed so far. But so far, that analysis is hidden behind the ‘encryption’ screen. That screen is Dr. today. Some resolutions are yet to be announced by Ashutosh Kotwal.

In fact, this analytical project led by Ashutosh involved 400 scientists from all over the world. Ashutosh deliberately ‘ignored’ his analysis of various organs using encryption. This means that the W boson mass is likely to be different from the predicted mass. To increase the accuracy of those new mass measurements, various methods were first developed and then rigorously used. Scientists should avoid any bias in their analysis. Otherwise, it may affect the accuracy of the calculations. That is why Ashutosh has been following this ‘blind analysis method’ for the last 10 years. And at the November 2020 zoom meeting, he’s going to remove this ‘blindfold’. W. The boson mass must be declared by the final decisive measure of all dissertation analysis by the decryption method.

Mass flashed across his computer screen .. and a tsunami of anonymous surprise surrounded the distances of those 22 people scattered around the world. There was silence throughout for a few moments. And then there was the commotion – ‘Wow, what a surprise!

It was like lightning from a vast, unknown cavity in the universe. The mass of W-Bozon estimated by the Standard Model (SM) theory based on radicals is 80,357 6 MeV million electron volts. After ten years of relentless effort, Ashutosh dug up 4.2 million W of bosons and developed his own advanced mathematical and statistical methods. After such hard work, the mass of W-bosons shining on its screen today is seventy-seven times greater than previously thought. This new mass is 80.433 9.4 MeV. This is a fundamental blow to the theoretical meeting of SM Theory.

No one expected such a big contradiction. There is a treacherous notion that the foundations of basic science will be erased. From this distinction, W. Bozon demonstrated his true form more clearly. Behaved contrary to the regulations. Such anomalies often emerge from radical science experiments. But as more information was obtained and analyzed, it became clear that this irregular type was merely a statistical fluke. However, Ashutosh and his colleagues were convinced that the current conclusions were genuine, though not ordinary. Because, four times more data analysis is now available than during the previous measurement: in the last 10 years, by recording and examining 450 trillion radical particles!

In addition, scientists’ knowledge of the element detector is now enriched. Knowledge of how the W-boson interacts with other elements is also very advanced. The Ashutosh team also worked to ensure that the measurement accuracy index was twice as rigorous as the previous universal accuracy index.

At the time, the probability that this measurement was a statistical error was one in a billion, very small. This accuracy is given statistically as the ‘Seven Sigma’ index. In the field of radical science, only ‘Five Sigma’ is accepted. This means that the probability of an observed statistical deviation occurring accidentally is one in 3.5 million events.

The relationship between Ashutosh and W. Bozon Mulkan is very old and intimate. After completing his higher education in the United States (PhD from Harvard), he became professor of physics at Duke University. At the same time, he participated in the ongoing CDF (Collider Detector of Fermi Lab) experiment at the Fermi National Laboratory. With his advanced knowledge of electronic engineering, penetrating insights required by scientists, and his three-pronged computer skills, he pioneered the CDF Group’s W Bozon Mass experiment.

The Tevatron Accelerator at the Fermi Laboratory was the most powerful in the world at the time. In it, collisions of radicals occur. Data should be collected by closely examining the ‘waste’ of particles emanating from these collisions. The collider detector set up for these observations has three floors and weighs 6,000 tons. It involves the collision of protons and anti-protons at very high energy levels. Ashutosh team removes 450 trillion rubbish. The W boson hidden in this waste is very short-lived. Its lifespan is up to one trillionth of a second. That is why this W-boson study is a difficult and continuous task. When the W boson merges, it is converted into electrons and muons. The energy of these transformed cells is stored in the finder. By calculating this, scientists will discover the presence of W. boson and its properties. From this it is possible to estimate the energy of the original W boson, i.e. mass. That’s why Ashutosh says, ‘We did this detective work like Sherlock Holmes. The man is a fugitive, but his footprints remain! He has been doing this since 2002 and has continued to do so since 2011 because he believes that many of the mysteries of the elemental universe are firmly entrenched in this element.

The ‘SM Theory’, which unravels the puzzle of creation, has been steadily evolving since the 1970s. Based on this theory the existence of the Higgs boson element was proved in 2012! At the same time, however, there are some flaws in the ‘SM Theory’. This ‘SM theory’ failed to provide a scientific explanation for some of the empirical aspects of the structure of the universe, for example, the dark principle, gravity, and so on.

Here comes the key point. The new mass ‘SM theory’ is different from the estimated W. boson mass. Its accuracy has also been noted. That is, it is the source of this theory. It is as if a secret shrine is hidden in the house where he has been living in faith for four years, ”says Ashutosh. ‘The ideological thunderbolt to the scientific world’, hence! It is natural for the scientific world to take the time to digest this new fact and compromise with it.

Scientists, meanwhile, are trying to figure out what factors affect the mass of W-bosons and how to extend the same ‘SM theory’ to study those elements in a new direction. The need for revolutionary rebellion is expressed in these ‘SM theory’ rules. In some places, a new rethinking of the theory of supersymmetry has begun. Where ‘SM theory’ is incomplete, it is better to rely on supersymmetry theory. The scientific world is now leaning towards the discovery of ‘supersymmetric twin radicals’ of elements known by ‘SM theory’. As if the rebellion had agreed if it had succeeded!

If this happens, a new dawn of a very high level of energy science will emerge. The idea of ​​setting up a large research system for this purpose is coming to the fore anew. This phenomenon accelerates the concept of ‘Very Large Hardon Collider’ (VLHC) over a radius of 100 km. Ashutosh completed the design of this VLHC a few years ago. Ashutosh and his teammates are looking forward to the future.

‘We are on the path to treasure. Ashutosh expressed his feelings that our journey towards Gabagaba was becoming ‘hot’.

vijayykotwal@gmail.com

2022-05-06 18:32:00