Fundamentals of an Artificial Intelligence Engine for Human Life: Topological Modelling of the Fundamental Moments and States of Life

Abstract

Human life is a continuous state of tension generated by the levels of nervous excitement. It is maintained energetically, and takes place simultaneously on a biological, psychological and social level. The purpose of this paper is to present the fundamental components necessary to simulate the human presence on a finite time horizon. The simulation mechanism of the continuity of human life on a finite time horizon, and the information read by a robot to simulate the fundamental moments and states of life are presented in detail. In addition, human life is presented as a mathematical category of categories, and as a programme that implements simultaneously biological, psychological and social events. To study these topics we use notions of category theory and algebraic topology.

Keywords

• cohomology
• diffuse tension
• fundamental moments and states of life
• human life
• oriented tension
• tensional coherence