pUBLICATIONS

The newest science of PICOSCOPY will bring to science and technology a new scientific and economic point, comparable to the Curie’s discovery of radioactivity and the creation of new tools for understanding chemistry and physics and creating new materials and equipment, a breakthrough in the development of pico-electronics and quantum computers. For the economy, this translates into a multibillion-dollar gain. For scientists, new breakthroughs in the development of humanity !

Below are articles that show our achievements in the development of science – PICOSCOPY

Applied Functional Materials
ISSN:2737-5323

Frequency: Quarterly Published by lIKll

Abstract:
In this article, we present a discovery of the binary atomic structure. Through picoscopy experiments, it was revealed that electronic structure is divided into core and functional structures. Internal chemically neutral electrons form the core of an atom and are spherical in pink, while the outer functional electrons are elongated in green being chemically active. A spherical yellow layer separates these two parts. It significantly simplifies the Schrödinger equation and leads to a solution for all 118 chemical elements. As a result, the Kucherov-Mudryk formula w = n + ¾l was derived. That formula allowed for organizing the periodic table in ascending order of the whole energy where en electron first fills the level with the lowest energy, according to the Minimum Potential Energy general principle of nature.

Keywords: Electron configuration, Periodic table of elements, Atomic structure, Multi-electron atom, Picoscopy, Minimum Potential Energy principle, Schrödinger equation, Electron energy level, Electron shell

Kucherov-Mudryk quantum periodic table of chemical elements

Kucherov O. P. “Direct Visualization of Active Valence Electrons in Carbon Allotropes”. American Journal of Engineering Research (AJER), vol. 11(02), 2022, pp. 19-25.

Kucherov, O.P.; Lavrovsky, S.E. Direct visualization of molecular structure by the electron beam shifting effect. Information technology and special security., 2018, 2(004), 12–41.

O. P. Kucherov & A. D. Rud (2018) Direct visualization of individual molecules in molecular crystals by electron cloud densitometry, Molecular Crystals and Liquid Crystals, 674: 1, 40-47,

O.P. Kucherov, S.E. Lavrovsky, Electron Trajectory Shifting Effect. Abstract book. International research and practice conference: NANOTECNOLOGY AND NANO-MATERIALSE (NANO-2017) Chernivtsi.

Olexandr Kucherov (2022/03) Electron Cloud Densitometry of Inner and Valence Electrons in Carbon Allotropes. Applied Functional Materials. Vol.2, Iss.1 : 36-43

Kucherov O., Rud A., Gubanov V., Biliy M. (2020) Spatial 3d Direct Visualization of Atoms, Molecules and Chemical Bonds // American Journal of Applied Chemistry. Vol.8, Iss.4 : 94-99

O. P. Kucherov & A. D. Rud (2018) Direct visualization of individual molecules in molecular crystals by electron cloud densitometry, Molecular Crystals and Liquid Crystals, 674: 1, 40-47

Kucherov O., Electron Cloud Densitometry of Inner and Valence Electrons in Carbon Allotropes/ Applied Functional Materials (AFM) 2022/03, Vol.2, Iss.1, 36-43

Rud, Alexander D.; Kornienko, Nikolay E.; Kirian, Inna M.; Kirichenko, Alexey N; Kucherov, O. P. (2018). “Local heteroallotropic structures of carbon”. Materials Today: Proceedings. 5 (12): 26089–26095.

Olexandr Kucherov (2022/03) Electron Cloud Densitometry of Inner and Valence Electrons in Carbon Allotropes. Applied Functional Materials. Vol.2, Iss.1 : 36-43

Kucherov, O. P. “Direct Visualization of Covalent Chemical Bonds in Crystalline Silicon”. American Journal of Engineering Research (AJER). 2021, 10(6): 54–58.

Kucherov O. P. (2022) Direct Visualization of Active Valence Electrons in Carbon Allotropes. American Journal of Engineering Research (AJER), vol. 11(02), pp. 19-25.