Theoretical Physics

Physics holds the keys in technology to advance transportation.

This can begin with a question: what makes a magnet work? Answers in the field of physics attaches a question to principles. Answers in theoretical physics require specific questions regarding those principles. Theoretical physics is a scientific field of opinions rather than factual answers. Since the basis of all matter remains an unknown quantity, actual facts are based on opinions relating to the questions. The question of what makes a magnet attract, is the more appropriate question for theoretical physics.

Scientific academia is filled with responses to the question what makes a magnet attract. In physics, there are many answers. These answers are similar to; when looking in a dictionary to find out what a word means and the dictionary definition explains that the word is a derivative of a different form of that word but doesn’t provide an explanation of its definition.

What makes a magnet attract? Here’s a favorite from a company that sells magnets:magnet4sale.com 

One question that many of us have is, what makes magnets attract? The answer to this question is fairly straightforward. It is based on the principle of attraction and repulsion, and this has been used in many fields in order to give human's something that can help them solve their problems and to improve their lives.

Even though theoretical physics is opinion oriented it provides more complete answers. On the website cattcc.org is an actual answer to the question: What makes magnets attract? “Molecular combination of electron structure”, that’s the simple quick answer. In the more detailed answer, elements with an odd number of electrons in the orbit of their outer shell present a tendency of imbalance. Neodymium, however, is one of the strongest of magnetic raw earth elements when combined with other elements, yet, independently has a balanced flow of electron shells. The process of magnetism is a theory that the odd number of electrons causes an unbalanced orbital structure. This unbalanced motion provides the environment for the odd number of electrons to be attracted to and attach themselves to other elements within molecular structure. When combined with other elements, even Neodymium can find a molecular structure to have strong magnetic tendencies. These molecular structures of combined metaled elements, such as nickel, chromium or, something else; elements with the attractive magnetic tendencies: are attracted to ferrous materials. Ferrous materials are elements or molecules possessing iron qualities.

Theoretical physics is more than areas concerning magnetism. The fundamentals of theoretical physics engage particle physics and the makeup of matter. Things even beyond magnetism relating to transportation are areas of interest with this website. How does theoretical physics apply to transportation?

Gravity is referred to as a force by scientific academia. This acceptance of being a force is found in britannica.com, or northwerstern.edu , and nearly every other source of academia training.

The advantage of theoretical physics is that it is a science of suppositions. To have merit, a theory has to have cognitive foundation. There is a new postulation for gravity: cattcc.org. This theory claims that gravity is angular momentum of particles in their path of motion, in accordance to Einstein’s theory of relativity which states that all matter is traveling through space at the speed of light.

This new theory provides groundwork to explore particle wave motion parallel to electromagnetics. 

From this perspective, it becomes very clear that gravity is a motion. Gravity is momentum of particle mass in its path at light speed. This shows that gravity is only a force of particle momentum.