Atomic number 113
- Discoverers at RIKEN Nishina Center for Accelerator-Based Science in Japan
- Element 113 is the first element to have been discovered in an Asian country
Atomic number 115
- Named in honor of the Russian capital
- Element 117 was first synthesized by a joint team of Russian and American scientists at the Joint Institute for Nuclear Research in Russia
Atomic number 117
- Element 117 recognizes the contribution of the Tennessee region in USA
Atomic number 118
- Element 117 honors the scientist Professor Yuri Oganessian for his pioneering contributions to transactinoid elements research
According to International Union of Pure and Applied Chemisty newly discovered elements can be named after:
I. A mythological concept or character (including an astronomical object),
II. a mineral or similar substance,
III. a place, or geographical region,
IV. a property of the element, or
V. a scientist.
We will find out after November 8, 2016 if the new names are adopted.
*Electron configuration - predicted
I first heard about the new elements while listening to a CBC radio program while driving to pick up one of my munchkins. What really stuck in my mind was how animated one of the individual was about the naming process.
Understanding how it is done
Added Oct, 2016
Making some new stuff!
Atoms - what we think of as the building blocks of all physical things around us. They are the tiniest unit which matter can be divided and maintaining its properties of a chemical element
Under normal circumstances, atoms are made of electrons (negative charge), protons (positive charge) & neutrons (neutral charge).
It`s impressive that we know the subatomic composition of these atoms, however there is more!
Electrons, protons, and neutrons are comprised of smaller particles called elementary particles or also referred to as fundamental particles.
Fundamental particles are broken up into two groups, fermions and bosons.
Fermions are particle are what make up matter.
Bosons are particles that bring the other particles together - the force
How they make it happen
Most new elements are created today by smashing particles, electrons or protons into atoms or into each other
Detectors look at what particles and radiation are produced upon/after the collision.
Creation of Tennesine
Cyclotron - smash together two elements at very high speed
Both needed to be created in a laboratory since neither occur naturally in nature
Different products result from collision, one being Ununseptium, element 117
Creating new particles, such as element 117 are not uncommon when colliding particles. However, to repeat and confirm such findings can take years of countless hours of research.
Ununseptium, element 117 will more than likey be named
Above images are similar to ones I placed on Behance.