Quantum Entropic Decay Test of Virtual Particle–Antiparticle Pair under Anti-Time Phase Modulation

This simulation investigates the entropic decay behavior of a virtual particle–antiparticle pair under anti-time phase modulation using IBM Quantum Composer. The pair is initially entangled, simulating a vacuum fluctuation as described in the theoretical anti-time model. Controlled phase shifts (U1 gates) are applied to both qubits, representing anti-time's influence. The measurement results are designed to reveal the information degradation and entanglement collapse, which are central to the hypothesis that anti-time dissolves virtual pairs before they can transition into real particles. This experiment aims to model the quantum information loss associated with anti-time interactions and supports the entropy-based annihilation pathway proposed in the theory.