The Periodic Table's Newest Elements

The Periodic Table’s Newest Elements


What would you call a new element if you discovered it? Would you call it after a Movie character you like? or the name of your birthplace? or by your name itself?  The International Union of Pure and Applied Chemistry (IUPAC) establishes standards for chemical element nomenclature. According to the hypothesis, elements might be named after mythical figures, ideas, minerals, places, element properties, or researchers’ names. However, once a name and emblem have been chosen, they cannot be changed. Therefore, consider it! In 2016, four new elements were added to the periodic table. Let’s take a look at some of the periodic table’s newest elements and their properties in the best blog on education. But first, let’s go through the definitions of chemical elements.

Chemical Elements

The basic components of chemistry are chemical elements. They make up all of the universe’s ordinary matter. For instance, Oxygen is an element.  It is the universe’s third most plentiful element. Water (H2O) and a range of chemical substances used by living organisms contain it. The atomic number of each element is unique. The atomic number of an element represents the number of protons in that element. Carbon, for example, has an atomic number of 6. This indicates that it has six protons. The nucleus contains protons, which have a positive electrical charge. The nucleus is a compact area in the center of an atom.

Image: Carbon Element

In addition to protons, elements include electrons and neutrons. Neutrons are particles that have a mass similar to that of a proton. Neutrons, unlike photons, have no electrical charge. However, they, like protons, are located in the nucleus. The electrical charge of electrons is negative. They’re also considerably smaller and lighter. They go in a circle around the nucleus.

What is a periodic table, and how does it work?

The periodic table of elements is a logical list of chemical elements. Their atomic number, electron configurations, and chemical properties determine their arrangement. Periods are the columns of the periodic table. Groups refer to the columns.

(Here’s an illustration to help you remember that periods run horizontally and groups run vertically)

There are seven periods and 18 groups in the periodic table that we use today. This design allows you to rapidly find an element’s symbol, atomic number, and atomic mass. The table can also be used to get chemical properties. Metals, for example, are found on the periodic table’s left side. Non-metals make up the majority of the elements on the right side.

Last time when the periodic table got revised?

In 2016, four new elements joined the periodic table. The seventh era of the periodic table is now complete. The numbers for those four elements are 113, 115, 117, and 118. Study teams from Japan, Russia, and the United States discovered them. Remember how we said elements may get names based on where they are? Three of these elements, in fact, are named after the locations where they were found. Nihonium, Moscovium, and Tennessine are their names. Oganesson is the name of the fourth element. Named after a Russian nuclear researcher, Mr. Yuri Oganessian.

Image: Periodic Table with Newest Element

What do you mean by very heavy elements?

The four newest elements are all extraordinarily heavy metals with a significant degree of instability. A heavy element is one with an atomic number of more than 92. The atomic number of superheavy elements is usually greater than 112. In addition to being more radioactive and unstable than other elements, super heavy elements are also more unstable. In nature, super heavy elements do not exist. Scientists use particle accelerators to cause ions (charged particles) of one element to collide with ions of another element. Charged Atoms are termed Ions. It’s possible that the nuclei will fuse together when they collide. When the nuclei come together, a new element is formed. However, these man-made elements only last a fraction of a second before decaying into other elements.

It is quite tough to create new elements. All of the extra ingredients quickly deteriorate. This is due to the fact that their nuclei are densely packed with protons. Because protons have a positive charge, they repel one another. As a result, the atoms are extremely unstable. Nihonium, for example, has a half-life of under ten seconds. As elements disintegrate, release particles and energy.

Why was these elements such a huge deal?

  • Both theoretically and operationally, the newest heavy metals are crucial. In terms of science, the discovery could help scientists better grasp how nuclei bounds together. This could result in the creation of safer and more efficient nuclear reactors.
  • Previously discovered heavy elements have practical applications as well. For instance, smoke detectors uses Americium (Am). Nuclear weapons and space probes uses the radioactive element Plutonium (Pu).
  • Currently, the four newest chemical elements employed in research. However, experts anticipate finding real world applications for them in the coming years.

To sum it up

The periodic table of elements’ seventh period is now perfect, but the table technically may not be complete. The periodic table, according to some experts, has no bounds. Nobody knows how long it will take, but the discovery of the new elements is possible. In the future, the periodic table of elements may have a new eighth row. If this transpires, your chemistry classroom will need a new periodic table display for you to learn!

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