Collective Phase Modulation Simulation of Anti-Time Particles Using OpenQASM 2.0

This simulation models the collective phase modulation behavior of five entangled anti-time particles within a quantum vacuum framework. Using OpenQASM 2.0 and IBM Quantum Composer, the system demonstrates how synchronized phase shifts—applied through a reference qubit—can lead to emergent patterns resembling anti-matter formation dynamics as proposed in the Anti-Time Theory.The five anti-particles (represented by qubits in superposition) undergo controlled phase operations, simulating coherent energy alignment in anti-time. This process aims to explore the theoretical transition from virtual particle pairs to structured anti-matter via collective quantum behavior, prior to dark energy transformation.This dataset includes the full OpenQASM 2.0 source code compatible with IBM Composer.