Experimental Validation of the Quantum Convergence Threshold Framework on IBM QPU

This paper formalizes and tests the Quantum Convergence Threshold (QCT) Framework, proposing a deterministic, informational model of wavefunction collapse. We provide precise operational definitions for key quantities (Λ awareness field, γᴰ decoherence gradient, C collapse index) and design quantum circuits—both a quantum eraser and a full collapse threshold circuit—for implementation on IBM Quantum hardware. OpenQASM code, schematic descriptions, and mock data demonstrate replicable predictions. The work directly addresses critiques of QCT’s testability, offering a clear path for experimental validation. Defines QCT’s core variables using measurable quantum information metrics Presents detailed, replicable quantum circuit designs Provides code samples and simulated results Invites empirical testing of QCT’s deterministic collapse mechanism