Comment on an alleged refutation of non-locality

论薛定谔绘景中的所谓局域性

On the Alleged Locality in the Schrödinger Picture

本文反驳了薛定谔绘景能像海森堡绘景一样实现局域描述的主张，指出密度矩阵乘积表示法的“局域因子”不满足爱因斯坦局域性，且无法追踪局域门应用位置，存在内部矛盾。

Experimental refutation of real-valued quantum mechanics under strict locality conditions

Physicists describe nature using mathematics as the natural language, and for quantum mechanics, it prefers to use complex numbers. However, whether complex numbers are really necessary for the theory has been debated ever since its birth. Recently, it has been shown that a three-party correlation created in entanglement swapping scenarios comprising independent states and measurements cannot be reproduced using only real numbers. Previous experiments have conceptually supported the predication, yet not satisfying the independent state preparations and measurements simultaneously. Here, we imp…

QM, non-locality and the vacuum fluctuations: conclusions and new directions

Summary of results and overall conclusions on my works in the field of Bell inequalities and QM's alleged non-locality.

论量子力学的自洽性：EPR的不完备性主张无需超出该理论纯粹形式主义的外在概念即可驳斥

On quantum mechanics self-consistency: EPR incompleteness claims require no extraneous concepts beyond the theory's plain formalism for refutation

该研究在严格遵循量子力学核心规则的前提下，仅通过分析EPR态的量子关联特性，无需引入外在概念即可驳斥EPR关于量子力学不完备性的主张，证实了量子力学的自洽性。

Locality of quantum entanglement

This article presents a local realistic interpretation of quantum entanglement. The entanglement is explained as innate interference between the non-empty state associated with the peaked piece of one particle and the empty states associated with the non-peaked pieces of the others of entangled particles, which inseparably join together. The correlation of the results of measurements on the ensemble of composite entangled systems is related to this kind of interference. Consequently, there is no nonlocal influence between entangled particles in measurements. Particularly, this explanation thus…

Bose-Einstein condensates and quantum non-locality

The EPR argument points to the existence of additional variables that are necessary to complete standard quantum theory. It was dismissed by Bohr because it attributes physical reality to isolated microscopic systems, independently of the macroscopic measurement apparatus. Here, we transpose the EPR argument to macroscopic systems, assuming that they are in spatially extended Fock spin states and subject to spin measurements in remote regions of space. Bohr's refutation of the EPR argument does not seem to apply in this case, since the difference of scale between the microscopic measured syste…