This paper hence sets basis on the comprehensive and extensive discussion of the concepts behind this entire topic. It tries to bring out the general understanding as well as the practical application of this ultimate topic. Quantum mechanics of Atoms refers to the scientific study of smaller segments of scientific principles ascertaining on the behavioral properties of matter and their ultimate relations with energy based on the atomic scale as well as the subatomic particles .
The Classical physics describes energy and matter on a given scale that is recognizable to the human experiences such as the behavior regarding the astronomical bodies. It is the key element towards measurement for the greater part of the technology and modern science. However, scientists have since discovered the phenomena in both macro and micro worlds that cannot either be explained by classical physics. The Scientific Revolutions structure that often comes to terms with such limitations has led to major revolutions within the physics concept thereby creating a shift regarding the original paradigm involving the relativity theory and the quantum mechanics development . This paper hence describes the way various physicists revealed various limitations of the classical physics as well as the development of the primary concepts regarding quantum concept that restored it in early 20th century decades. Quantum generally refers to the minimum quantity regarding any form of physical entity that is involved in a process of interaction.
Light often behaves like particles at times and like waves in other respect. Matter thus refers to the particles including the atoms and electrons, and also tends to exhibit a wavelike behavior on the other hand. Some of the light sources that include the neon lights usually emit certain discrete light frequencies. The Quantum mechanics indicates that light as well as