Who real author of Periodic system of elements?
What is a basis of fundamentals of physics and chemistry, geology and ecology, biology and medicine, psychology and sociology? Most of scientists and even inhabitants will answer: mathematics. But the mathematics only partly is a basis of natural-science knowledge.
As the dictionary of mathematical concepts and the logical device of operations with mathematical concepts for the quantitative and geometrical description something, but not all that exists in reality.
Actually a basis of fundamentals of all natural sciences, all material reality is all the known Periodic System of Elements (PSE).
In the USSR and modern Russia by all means specify: Periodic system of elements of the great Russian scientist Dmitry Ivanovich Mendeleyev!
In Germany speak: Periodic table of elements of the great German chemist Julius Lothar Meyer and the great Russian chemist Dmitry Ivanovich Mendeleyev.
In France speak: Periodic table of elements of the great French chemist Alexander Emil Shankurtua, the great German chemist Julius Lothar Meyer and the great French engineer Charles Zhanet.
In Great Britain speak: Periodic table of elements of great British chemists of William Odlinga and Aleksandra Reina Nyyulendsa, great German chemist Julius Lothar Meyer and great Russian chemist Dmitry Ivanovich Mendeleyev.
In Denmark speak: Periodic table of elements of the great German chemist Julius Lothar Meyer, the great Russian chemist Dmitry Ivanovich Mendeleyev and the great Danish physicist Niels Bohr.
In Switzerland speak: Periodic table of elements of the great Swiss chemist Alfred Weber.
In a set of other countries speak: Periodic table of elements. Without indication of a name of the author or authors.
Not all listed above authors are the valid authors of that Periodic system (table) of elements of the horizontal long form approved by IUPAC in 1989 as the obligatory standard which is presented in a set of textbooks of chemistry and physics, chemical and physical encyclopedias. And one concrete type of Periodic system of elements in which the entire periods terminate on an element of group of noble gases is presented there.
In “a terrestrial spiral“ of Shankurtua (1862) there is no obvious division not the periods.
In Meyer`s tables (1862, 1864, 1870) and Zhaneta (1928) the entire periods terminate on an element of group of shchyolochnozemelny metals.
In Odlinga`s table (1864) there is no strict division into the periods, there is a tendency of the end of the periods on an element of group of halogens.
In Nyyulends (1864) table prototypes of the periods terminate on an element of group of oxygen - sulfurs.
In Mendeleyev`s table of 1869 there is no unambiguous termination of prototypes of the periods. And in its table from 1870, 1902 and 1906 the entire periods terminate on an element of group of halogens.
In the ladder table of Niels Bohr (1921) the entire periods terminate on an element of group of halogens.
Only in Alfred Weber (1905) table the end of the entire periods on an element of group of noble gases is for the first time applied.
From this it follows that Swiss chemist Alfred Weber since 1905 is the real author standard in science and education of Periodic system (table) of elements!
“A terrestrial spiral“ of Shankurtua and Periodic tables of elements Odlinga, Nyyulendsa, Mendeleyev, Bohr and even Weber unnaturally terminate on the wrong group of elements.
Only Meyer and Zhanet`s Periodic table is scientific truth.
Periodic table of elements of Meyer and Zhanet with the correct end of the entire periods on an element of group of shchyolochnozemelny metals our contemporary - the ordinary Russian doctor and the non-staff multidisciplinary researcher and the inventor Alexander Konstantinovich Makeev could add with ten elements of vacuum levels of matter (an electrostatic field, a magnetic field, the electromagnetic field, the neutron field and the others) which precede hydrogen in the general natural series of elements of vacuum and nuclear levels of matter (2000, 2010, 2013).
This table is called the Matrix of automatism of matter (MOTHERS, MOTHER).
Alexander Makeev constructed korpuskulyarno - a wave turbinal form of the Matrix of automatism of matter where it is visible that each Natural Cycle (the period in the correct termination on an element of group of shchyolochnozemelny metals), there is a half of a round (wave) of a spiral (a soliton - automatism of a self-sustaining package of waves) natural sequence of elements (fields) of vacuum and nuclear levels of matter in the MOTHERS turbinal form (MOTHER).
Leaning on tabular and turbinal forms of the Matrix of automatism of matter, Alexander Makeev constructed theoretical model of matter of vacuum and a photon according to which the speed of quanta of electrostatic and magnetic fields as a part of photon matter in their vectors of the movement photon speeds in its vector of the movement have speed in a root square of two times quicker. Having made many other discoveries in natural-science, humanitarian and social fields of knowledge, having described and having explained a physical essence of time and space, Alexander Makeev could unite all directions and areas of natural-science, humanitarian and sociological knowledge in the Comprehensive evolving natural-science Pansophy.
1. Makeyev A. K. Julius Lothar Meyer was first which built the periodic table of elements. / / Eropean applied sciences. No. 4 - 2, 2013, P. 49 - 61.
2. Makeev A. K., System of natural cycles of avtomatizm of matter. Materials 1 - oh international scientifically - the practical conference “Prospects of Development of Natural Sciences in the 21st Century“//Approbation. Monthly scientifically - the practical magazine, No. 2, 2012. 110 pages, Page 88 - 100. ISSN 2305 - 4484.
3. Makeev A. K. Particles of electrostatic and magnetic fields in system of matter of a photon move much quicker, than the photon moves. / / Scientific discussion: materials IV international correspondence scientifically - practical conference. Part I. (on August 20, 2012) - Moscow: Prod. “The international center of science and education“, 2012. 142 pages, Page 47 - 65. ISBN 978 - 5 - 905945 - 37 - 3 UDC 08. BBK 94. N 34.