With this idea/
theory
I have found new physically founded answers and statements, which are based on
solutions of the main equations (41 theses) and for which I am looking for knowledgeable discussion partners:
A. On the structure of the solar system
1. Our solar system is physically
structured
, both the planets and their moons
2. All stars in the universe formed from dust clouds have planets with more or less moons and are
structured.
3. The classification of planets according to mass and/or material does not seem to make sense
4. Better is the classification according to structural features
5.
Pluto is
therefore a planet of the Saturn-Uranus-Neptune group
and even a
double planet
that captured its neighbouring planet Charon (former third of Jupiter's sister group, oscillating between
4. and 5. maximum of the Jupiter wave)
6. Uranus collided with its neighbouring planet (former second of the Jupiter group; between 2. and 3. maximum of Jupiter wave oscillating) which led to the axis tilt
7. The
inner planets
form a separate structural group
8. The
Earth's moon is
the captured neighbouring planet of the Earth, which oscillated between 0.833 and 1.166 AU
9. The resulting disturbance on other planets is demonstrable
10. The effect of this structural group on the major planets is also demonstrable
11. Only linear solutions of the
main equation
lead to results that agree with reality
B. The problem of dark energy
1. The symmetrisation of the main equation in time and place as a condition of special relativity
forces the acceptance of a "negative" energy (and mass), that is consistent with the Dark Energie
2. Mathematically, dark energy and normal energy differ only in sign, therefore the Dark Matter must
be part of our normal (positive) energy
3. Since, according to the current state of knowledge, more dark energy than normal energy exists, the law of
energy conservation apply universally, the surplus of dark energy was already present before the Big Bang
4. Dark energy attracts and repels normal energy
5. It could have been the trigger of the big bang in its omega point, which then could not be the first one
6. The increased amount of dark energy after the big bang compared to the state before our big bang will
reach an omega point again in the distant future and trigger another big bang
Our universe will then be so far displaced that this event will have nothing to do with our future universe.
7. Thus an infinite chain of successive universes is conceivable
8. Our universe could only be a link in an infinite chain of successive universes
C Main equation and quantum physics
1. The correspondence of the main equation and all its connections (interpretation, momentum relation, ...)
to the Schrödinger equation is not coincidental, but forces us to assume: the Schrödinger equation is its
smallest possible form in nature
2. There is then a
mathematical relationship
between the value of the orbital angular momentum and the reduced Planck quantum of action
3. The classical orbital angular momentum is a quantised physical quantity
4. Its smallest possible amount corresponds to a reduced Planck quantum of action
5. Its smallest possible change to twice that
D. The problem of black holes
1. If the smallest possible amount of orbital angular momentum corresponds to a reduced quantum of
action, the radius cannot be singular, no matter how large the mass of an object is
2. Conclusion: black holes are not singularities
3. Furthermore, it can be assumed that a lower limit for the
size
of black holes exists
E. Main Equation and General Theory of Relativity (GTR)
1. The statement that only linear solutions of the main equation are real means that the
gravitational potential must not appear in the Hamiltonian operator unlike that of the
other 3 forces of physics
2. Gravity is described by curvature of the space and time coordinates as required by the GTR
requires
3. This makes a uniform physical real representation of all 4 forces seem impossible
4. Using the orbital angular momentum relation for Keplerian orbits, the above-mentioned angular momentum
relation to the quantum of action and the Schwarzschild radius of the GTR, one reaches the area of the
Planck units and smallest possible black holes and quantum gravity
5. It turns out that quantum gravity acts in an energy range about 20 powers of ten different from that
of the particles of the Standard Model of particle physics
6. Conclusion: Quantum gravity plays no role in particle physics
7. Only at the big bang, long before the particles we know emerge, are the necessary energy
densities briefly present
8. There, the
smallest black holes
can form and react with each other
9. In this energy range, they partially degenerate into the galactic nuclei
10. The rest form the dark matter
11. Due to their properties, they do not interact with the particles of the Standard Model
12. The properties of small black holes can be derived from the Planck units
13. With the help of the Planck units, the
riddle of the fine structure constantsis also solved
14. The result is that the periodic table of the elements is limited towards the top
