Forouzbakhsh, Farshid

Javadi, Hossein

English

In the twentieth century, physics was divided into two major parts; classical physics and modern physics. Modern physics includes relativity and quantum mechanics. In recent decades, physics has encountered numerous problems and unanswered questions. The problems and unanswered questions are related to the particle physics and astrophysics. Since particle physics is beyond the classical mechanics and Newton's universal gravitational laws has replaced by general relativity, physicists are trying to solve the physics problems in the context of modern physics or to think the beyond of the modern physics while they have not cared classical physics. Some physicists believe that by combining general relativity and quantum mechanics, these problems may be resolved and the unanswered questions will be answered. However, in all of these efforts, the classical physic has been ignored, while nature is unique and all physical phenomena, from the microscopic or the macroscopic ones are obeying the same law. Therefore to solve the contemporary physics problems, the basic concepts and relations of physics should be the foundation of classical mechanics which have to be reviewed and analyzed. Then, we have to combine these three theories of classical mechanics, quantum mechanics and relativity in order to reach to a unique physics. Eventually, by answering the unanswered questions, the physics problems will be solved.In this paper, the stems of physics problems are expressed and the solution of them is presented by using of a combination of modern and classical physics

Rooting the biggest problems in physics

https://vbn.aau.dk/files/244217584/Rooting_the_biggest_problems_in_physics_science_journal_6697.pdf

Rooting the biggest problems in physics

Abstract

Similar works

Full text

Available Versions

VBN