Current status: Feb/22 DE

Macroquantum physics(new theory in physics), quantum physics, general relativity, quantum gravity, Special theory of relativity, dark energy, Planck units, fine structure constant, dark matter, G-Boson,Orbit structure of the planets,137

Uwe J. M. Reichelt

Physicist - Book author

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

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

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**

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

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 constants**is also solved

14. The result is that the **periodic table of the elements is limited towards the top**

## Overview

1. From the idea to the theory

2. Brief description of the theory

3. The Macroquantum theory (MQT)

4. to the person

5. publications