There are currently no cells in the periodic table. Now if a new element is discovered, where will it be placed?

 What are the chances of discovering new elements?

It is a little difficult to make or obtain elements with atomic numbers greater than 103 in nature because they are much less durable. So it is prepared through nuclear fusion or nuclear fusion. A new element is formed by the nuclei of one element hitting another element. But there is a problem. When two elements come close, the positively charged nuclei present in the element repel each other. As a result, the effects of this repulsion during nuclear fusion can cause the nuclei of one element to fall apart and fail to form a new element.

So to solve this problem, when the nucleus of one element hits another element, the speed of that nucleus must be very high (about 1000 miles / second). The cyclotron device helps the nucleus to move in this case.

The electromagnetic part of the twelfth grade physics book has written about this cyclotron.

Yet the chances of this nuclear addition succeeding are negligible. Maybe once in 100 trillion it can succeed.

Thus, after hundreds of attempts, four new elements have been discovered - Nihonium (113), Muscovium (115), Tenescin (116), and Oganeson (116).

Nihonium has been made possible by striking the bismuth with a zinc nucleus at 10 percent the speed of light. After a total of four trillion collisions in nine years, it has finally been possible to create the element three times. Thus, after impossible efforts, these four elements have been discovered. [1]

Finally the periodic table is now absolutely complete. But scientists are still reluctant to accept the rate. They are trying to find the element with 119 atomic number.

This element seems to be possible to be prepared by the high-velocity vanadium nuclei hitting the kurium element. But it will still take a long time to implement.

Curium - 96 The element was named after the famous scientist Mary Curie. As a result of the collision of this element and vanadium, it is estimated that it is possible to make an element with 119 atomic number.

Where will the new element be placed in the periodic table?

An element with 119 atomic numbers that many scientists are trying to discover. According to the atomic number of that element, it will be the seventh alkali metal. In other words, like sodium and potassium, it will also be in the first class. But since there is no stage left now. So a new eighth stage will be created to accommodate this element. Our old periodic table will be replaced by a new periodic table.