Extended version of 'The new Formulation of physical Laws of Nature.'

I extended the introduction. In the past days I commented on Facebook several links to theories and problems about quantum theories and projects.

I noticed, that people seem to have forgotten, haven't noticed those problems, that led Richard Feynman to the statement: 'Nobody understands quantum mechanics.' 

My original idea to study physics was to understand quantum mechanics. That dated back into the year 1985. Since some time, not long ago, I realized for myself that Feynman is right and that the only conclusion is that:

Quantum Theories are not the fundamental microscopic Theories. No doubt that they work extremely well. But that is only valid for computations of properties of excessively many physical systems. But quantum theories lack the logic understanding of the microscopic world. Feynman and Einstein realized that. 

The basic problem that a classical entity like the electron is according to quantum theory behaving both like a wave and a particle. That's the quantum principle for every quantum entity. Now this so-called wave/particle duality is not actually a duality. It is a contradiction. How can an entity follow  both and more over such a complete different concept? The human mind cannot grasp this. It is incomprehensible. Therefore physicists and philosophers came up with the idea, that the human mind cannot grasp Nature. I don't believe this. And I believe Feynman and Einstein implied by their statements about quantum mechanics the same. They implied that the idea, to describe the microscopic world by means of those classically macroscopic concepts, particle and wave does not yield to a meaningful result.

And Einstein's discovery that the equivalence principle is the fundamental idea behind gravitation and that it is explainable to freshmen and probably too to high-school students should indicate that the human mind is able to grasp Nature. And there's no indication that the microscopic world is not logical.

The new Formulation of physical Laws of Nature