Collective Phase Modulation Simulation of Anti-Time Particles Using OpenQASM 2.0

This simulation models the collective phase modulation behavior of five entangled anti-time particles within a quantum vacuum framework. Using OpenQASM 2.0 and IBM Quantum Composer, the system demonstrates how synchronized phase shifts—applied through a reference qubit—can lead to emergent patterns resembling anti-matter formation dynamics as proposed in the Anti-Time Theory.The five anti-particles (represented by qubits in superposition) undergo controlled phase operations, simulating coherent energy alignment in anti-time. This process aims to explore the theoretical transition from virtual particle pairs to structured anti-matter via collective quantum behavior, prior to dark energy transformation.This dataset includes the full OpenQASM 2.0 source code compatible with IBM Composer.

本仿真模型针对量子真空框架下五个纠缠反时间粒子的集体相位调制行为进行建模。本系统借助OpenQASM 2.0与IBM Quantum Composer，演示了通过参考量子比特（qubit）施加的同步相移，如何催生符合反时间理论（Anti-Time Theory）所提出的类反物质形成动力学的涌现模式。五个反粒子以叠加态量子比特表示，经受控相位操作后，模拟反时间域内的相干能量对齐过程。该过程旨在探究暗能量转化前，通过集体量子行为实现从虚粒子对到结构化反物质的理论过渡。本数据集包含可兼容IBM Quantum Composer的完整OpenQASM 2.0源代码。