Quantum Fourier Transform Simulation of Anti-Time Phase Dynamics in Virtual Particle Transitions

This simulation implements a QFT-based phase extraction model designed to probe anti-time phase modulation in virtual particle transitions. Based on a theoretical model of anti-time and virtual particle energy behavior, this OpenQASM 2.0 code applies characteristic phase parameters (φ₀ = π/4, ω = π/2, β = 0.5) and analyzes the quantum phase profile using inverse Quantum Fourier Transform. The simulation supports research on phase-based interpretation of anti-time effects and their role in vacuum energy dynamics.