Computational Exploration of Matter–Antimatter Energy Release with Exotic Barriers

This repository contains a MATLAB-based computational simulation exploring an idealized matter–antimatter energy release combined with a Casimir-inspired exotic energy barrier. The model employs mass–energy equivalence, simplified Casimir energy expressions, and discrete-time numerical execution to investigate energetic threshold behavior within a closed, abstract system. Speculative elements, including universe-creation thresholds and qubit-based control signals, are treated strictly as conceptual control logic and not as experimentally validated physical mechanisms. This work is exploratory and theoretical in nature. It does not claim physical realization, experimental feasibility, or cosmological creation, but serves as a computational framework for studying internal consistency, scaling behavior, and threshold dynamics under idealized assumptions. The code is released under the MIT License to support reuse and further theoretical investigation.