A Universe of Mathematical Laws

The mathematic universe Galileo stimulated one of the most important scientific changes in history. He developed many new ideas and methods for gathering information and he used it to infer the new theory. He persuaded the way science thinks forever and used his ability to change. He developed a new device called a telescope and discovered new information about the universe. This information will ultimately affect scientists, theologians and basically all.

Let's review! Chemistry and physics are two areas of science. Both belong to the physical science, but they are totally different. Physics tries to explain the whole universe with fundamental laws of mathematics. And explain everything from elementary particles to the expansion and origin of the universe itself. As with physics, research is also important for chemistry. However, chemistry processes problems in a specific way and in a specific way. Chemists are interested in atoms, molecules and mixtures. They studied how their characteristics and how they interact in the form of physical and chemical reactions. They also tend to focus on something in the field of human experience, not focusing on more unique phenomena such as physics. Chemistry is a bridge between physics and biology because the laws of physics are similar to the core chemistry of biological processes.

The purpose of physics is to understand the whole universe basically. Physicists gather data about the world and use it to derive the fundamental laws of mathematics that explain how everything works in space. The Holy Grail of physics is the discovery of all theories combining all the laws of mathematics discovered by physicists so far. Physics explains from the smallest particles known to exist (such as neutrinos and quarks that make up protons and neutrons) to the greatest existing things, such as examining the origin and expansion of the universe itself I will.

So we discover the actual laws governing it, the source code of the universe, so you believe that the universe can be described accurately by mathematics. If this is the case and the universe is moving in a formal mathematical system, how do you describe the randomness of the quantum? truly? Logical systems can not create randomness. John von Neumann discovered this decades ago and since that time we have identified pseudo random number generators. In these systems, logical steps are used to derive content that looks like random numbers.