Enhanced Phase Dominance Simulation for Anti-Time Energy Shift

This OpenQASM 2.0 circuit simulates the amplified phase influence of anti-particles on quantum systems, representing an anti-time-driven energy shift mechanism. Two anti-particle qubits are initialized in the |1⟩ state and strongly coupled to three phase qubits using controlled phase rotations (CU1 gates) with enhanced values (π/2 and π). These phase qubits undergo a Quantum Fourier Transform (QFT) to analyze cumulative phase interference patterns. This model explores how amplified anti-time interactions might lead to dominant shifts in phase structure, potentially influencing quantum energy states or cosmic expansion behavior. The simulation provides a powerful tool to study high-intensity phase dominance in quantum cosmology frameworks.