PulseCore Qubit Validation

PulseCore Qubit Validation is the multi-dimensional assessment of a qubit, including its phase alignment with the substrate pulse, that decides whether a quantum system meets the requirements of recursive computation rather than merely scoring well on isolated benchmarks. It is carried out through the PulseCore Validation Framework: a qubit is scored on coherence, entanglement, gate fidelity, measurement accuracy and substrate phase alignment, and the scores are combined in the Overall Validation Score. The book's predictions tie it to the Planck scale through phase-lock requirements, synchronization to frequencies derived from the Local Pulse Tempo ①⥂⧗⌂, which are verifiable through quantum coherence measurements; the same limits give Δt⥥ = ①⥂⧗⌂ for any physically meaningful temporal measurement. It connects to the PulseCore Validation Framework, Overall Validation Score, Validation Threshold, PulseCore-Validated Qubits and Planck Limit.