Modern Developments in Neutrosophic Physics: Unmatter Plasma

Abstract

In this study, an advanced theoretical development of neutrosophic physics is presented based on original mathematical formulations, relativistic simulations, and critical analyses of unmatter plasma systems. The paper proposes an indeterminacy extended relativistic neutrosophic factor, a generalized Lorentz geometry. Moreover, the work critically explores the neutrosophic frameworks and classical relativity, fuzzy systems and quantum mechanical approaches. The study of the relativistic distortion, hybrid quantum states, and geometrical anisotropy is made by numerical simulation, and graphical modeling under uncertain conditions. Recent experimental developments in the study of electron-positron plasma are also summarized, and the implications for the future of theory in the field are explored.