This Book will examine the output of a new scientific discipline by integrating mathematics with human and social academic disciplines such as philosophy, psychology, sociology, economics and political science. By paying attention to the history of science and the results of previous research in different academic disciplines, arguments and attitudes may be more pronounced and there may be a better understanding of the debate on the theory that can only be obtained by looking at human relations and social interactions as an engineering interaction that can be expressed in mathematical equations. The hypothesis is to look at human in the same way we look at matter or material objects, or in other words, expression of philosophy and social human interaction mathematically, which allows us to devise different formats and patterns of behavior and interaction of human civilization at the individual level (deconstruction and analysis and the creation of patterns) and then circulate it on the social and global environment. The behavioral patterns through which we can analyze and develop the interrelationships of society, economy, and politics. As well as the ability to express the variables and causes of these behaviors and outcomes by means of equations and mathematical and engineering functions. We can convert all of these mathematical equations into algorithms that can be programmed (by means of software programs) and used by computer simulations and modeling of human social interactions, through which we can predict the behavior of societies. Consequently; we can form a new paradigm for international relations that can be simulated and controlled by computer programs. The main objective of this science is to activate the international community and bring international balance and peace through an international equation that can be called " Global Peace Equation ".