Questions and Clariffcations on the Technical Protocol for the Controlled-TimeQuantum Erasure Experiment

This document explains the source of principles and theoretical basis for the experimental setup described in the Theoretical Prediction and Technical Protocol for a Controlled-Time Quantum Erasure Experiment, the physical logic chain of the experiment, the quantitative veriffcation anchors of the theoretical foundation, as well as a statement against conceptual plagiarism and four judgments on the scientiffc seriousness of the technical protocol. It is ffrst established that: quantum erasure is not an absolutely instantaneous projection, but a physical process in which the information ffeld completes dynamic restructuring within a very limited time window. Based on this, two falsiffable predictions are given: 1) Controlledtime / gradual erasure yields higher interference visibility; 2) Visibility exhibits a nonlinear single-peak distribution with respect to the erasure time window. An original experimental scheme is simultaneously proposed: using a Pockels cell to realize continuous polarization-rotation controlled-time erasure, in contrast with traditional instantaneous ffxed-polarization erasure. Any work that substantively includes any of the core elements (mechanism + prediction + experimental scheme) must cite this document; otherwise, it constitutes academic misconduct.