Phase Instability Simulation in Anti-Time via Quantum Fourier Transform (QFT)

This dataset contains the OpenQASM 2.0 source code and measurement results of a quantum simulation modeling the phase instability caused by anti-particle accumulation in the context of anti-time theory. The simulation uses a 5-qubit quantum circuit where three qubits represent phase registers, and two qubits encode anti-particles with distinct phase contributions. A quantum Fourier transform (QFT) is applied to extract the composite phase response.The setup is aligned with a theoretical framework in which anti-particles accumulate in the anti-time dimension and induce phase distortion effects on virtual particle registers. This distortion is modeled as entropic instability that could contribute to transitions into anti-matter formation and eventually dark energy transformation.The simulation was executed using IBM Quantum Composer with 8192 shots and measured through standard QFT readout techniques. Researchers can reuse or adapt this model to explore collective quantum effects in cosmological contexts.