The very long road to learning the structure of the universe has been going on for at least 3,000 years, but it is undeniably the last 150 years that have been crucial in acquiring the knowledge we have today about how the universe is interconnected. Yet science is constantly on a difficult task, as the four forces of nature {gravity, electromagnetism, the weak and the strong nuclear force}, apparently do not allow themselves to be “talked” together. There is something paradoxical in this search for an overall understanding of the universe, and the last 150 years of research in theoretical physics. The sequence of Ørsted´s discovery of electromagnetism and then Maxwell´s fantastic 4 equations for predicting wave dynamics and the speed of light. Remember that Ole Rømer with his observations of Jupiter’s moons had already drawn attention to the speed of light. At the same time, all attempts to understand the properties of the atom gave rise to the fact that here there was also a question of wave-particle duality. Later, Erwin Schrödinger gave a very simple solution to this problem, it was obvious that a second-order complex differential equation should be used, which should meet some elementary conditions. All this then gave rise to the understanding of the periodic chemical system, made by a Russian scientist.

The search to find a universal understanding of the universe through our knowledge from the four forces of nature has been going on for a very long time. There are also indications that we have not had the desired success in the last 100 years, to achieve a deeper understanding of the four forces of nature. Listed here are some of the difficult questions.

Why is there not as much antimatter as non-antimatter?

Why do we lack so much matter to be able to explain the curvature of the Universe?

What exactly are quarks and gluons?

Why is quantum mechanics a probability theory?

What is charge?

Where does mass come from.

Why is the proton stable when the neutron is not?

The standard model is a good attempt to give an answer to the theory of everything (ToE), but it has a big problem that does not include a theory on where mass and time come from. Mass and time is actually, what makes it up most of our daily lives, such as the fact that it is difficult to walk on stairs and another example, there is only a short time to pick up children from school.