Earlier this year scientists under lead of the physico-chemist S.O. Vogel deduced a new model of elementary particles in analogy to the periodic table of chemical elements. They used exclusively generally accepted chemical principles and models without any assumptions or hypotheses. To their surprise the new chemical model of particles (CMP) did not only describe all known and unknown elementary particles and explain all their properties but it could be shown that all physical issues can be described by chemistry, that means by CMP and by chemical forces and energies. The CMP even proved to be the key for clarification of nearly all unexplained issues of physics like unification of all forces (including gravity), dark matter, dark energy, black holes, big bang, relativity and many more. See pages "Particle Physics" and "Arguments".
These findings were so important to be publizised that they decided to self-publish this theory.
As all expectations for a theory of everything are met, the "chemistry of physics" is called Vogel's theory of everything (VTOE), although it is no theory but the consequence of chemistry.
Contrary to modern physics the VTOE is pricisely defined so that all statements of VTOE can be tested. Already at present time there are numerous experiments which are conform to VTOE but not chemistry of physics but not to modern physics. See "Tests of VTOE".
Any disproof of the main statements of VTOE would be a disproof of basic scientific principles.
General difference of CMP to standard model:
Standard model is based on "uncountable" assumptions and postulates (for example weak and strong force , QCD) , which are exclusively conceived to explain observations of elementary particles. Each assumption creates numerous questions which are not explained.
CMP shows that for all observations concerning particles there are scientifically sound explanations and descriptions without using any assumption or postulate. CMP uses exclusively following basic and generally accepted principles of chemistry and physics:
I. Number of particles of each type of fundamental particles stays constant in a closed physical system of the existing universe.
II. Particles interact in a way so that energy is conserved and entropy is maximal in a closed physical system.
The principle of conservation of fundamental particles directly leads to the basic conclusion of CMP:
Above conclusion means that all elemantary particles are combinations of electrons and positrons and all matter (including dark matter and black holes) consists of elementary particles. Electrons and positrons are present in identical number. The electrons and positrons are arranged analog to the atomic orbital model of chemistry. Like the orbital model explains the properties of all possible chemical elements, the same model explains the properties of all possible (known and unknown) elementary particles (stability, reactivity, mass, decay reactions). By this the structure of all particles are well defined and can be tested. For example the proton consists of a positron in center orbited by 10 electrons and 10 positrons in fully occupied 1s, 2s and 2p orbitals. A neutron has an additional electron in an 3s orbital. This automatically explains stability of proton (analog to Neon), instability of neutron and bonding force of nuclei by delocalisation of the 3s electron of the neutron. Well-known electromagnetic chemical forces eliminate strong force and well-known chemical reactions eliminate weak force. All experiments concerning the properties of protons and neutrons are conform to the CMP and mostly not conform to standard model (see "tests of VTOE"). Contrary to CMP the standard model presents no satisfactory definition of nuclei, which is described as "soup" of up and down quarks, gluons, sea quarks, higgs-bosons and this soup has to be adjusted to experimental results.
There are more than 60 scientific arguments (see page "Arguments for CMP") that CMP has to be preferred to current standard model of particles which requires at least 61 types of fundamental particles to describe matter and interactions.
But the new model reveals an existential threat:
The annihilation of matter is equivalent to a reverse big bang. See page "Reverse Big Bang"
The annihilation of matter is not equivalent with the currently observed apparent annihilation. CMP shows that the apparent annihilation is a bonding reaction of a positron and an electron to a (non-detected) electron-neutrino. This "annihilation of mass" is no relevant hazard.
The annihilation of matter can only happen once, because according to VTOE annihilation of matter will be an atomic chain reaction. That means it does not stop until all matter in universe is extinguished (also vacuum consists of matter: dark matter. VTOE shows that the amount of dark matter is above 99% of all matter in universe and that the elementary particles of dark matter are muon-neutrinos. See page "dark matter".)
VTOE shows, that experiments at CERN, DESY or other colliders may activate a realistic scientific mechanism which leads to the elimination of the universe by annihilation. This can be called a recerse big bang. Activation of the reverse big bang requires extreme physical conditions The required conditions cannot be generated "naturally" but by collider experiments. We have to assure that following requirement is implemented immediately! It is our future!
Thus there is no hazard by black holes but by matter-antimatter-symmetry which can cause a reverse big bang (annihilation of all matter).
See internal links:
"Particle Physics" which reveals the scientifically explanation for the matter-antimatter symmetry.
"Reverse big bang", which reveals the possibility of a reverse big bang.
"Collider experiments", which reveals the risk of collider experiments.
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