Quantum Entanglement Bridge between Virtual Particle and Anti-Time Domain

This OpenQASM 2.0 circuit models the creation of an entanglement bridge between a virtual particle and an anti-time domain representation. The simulation uses a Hadamard gate to prepare the virtual particle in superposition, followed by a controlled-NOT (CNOT) gate to generate a Bell state, establishing maximum quantum entanglement. The final measurements reveal correlations between the virtual particle and the anti-time particle, offering insights into quantum coherence mechanisms across distinct temporal dimensions. This setup provides a foundational model to study entangled interactions between real and anti-temporal quantum systems, essential for exploring alternative theories of cosmological evolution.