Quantum Simulation of Imaginary Time Dynamics Based on Hawking's Model

This OpenQASM 2.0 simulation models the fluctuation-driven dynamics of imaginary time as proposed by Stephen Hawking. The circuit initializes four quantum registers representing phase components under imaginary time conditions. A full Hadamard superposition models the absence of directional time, simulating pure quantum fluctuations. Slight phase perturbations are introduced to represent vacuum energy distortions that occur in the absence of classical time flow. The final measurements capture the distribution of phase-based fluctuations, offering a quantum-level view of imaginary time behavior. This model provides a foundational framework to study the cyclical, non-linear nature of time in quantum cosmology and vacuum physics.

本OpenQASM 2.0仿真模型旨在模拟斯蒂芬·霍金（Stephen Hawking）提出的虚时间（imaginary time）波动驱动动力学。该电路初始化四个量子寄存器（quantum registers），以表征虚时间条件下的相位分量。完整的哈达玛（Hadamard）叠加态模拟无定向时间的状态，再现纯量子涨落过程；引入微小相位扰动，以表征经典时间流缺失时出现的真空能量畸变。最终测量结果捕捉基于相位的涨落分布，为虚时间行为提供量子尺度的视角。该模型为研究量子宇宙学与真空物理学中时间的周期性、非线性本质提供了基础框架。