论文标题
评论White，Mutus，Dressel等人，“在弱测量过程中保存纠缠...” [Arxiv：1504.02707]
Comment on White, Mutus, Dressel, et al., "Preserving entanglement during weak measurement ... " [arXiv:1504.02707]
论文作者
论文摘要
在引用的论文[White，T.，Mutus，J。，Dressel，J。等，“在弱测量过程中保存纠缠，证明了违反Bell-Leggett-Garg不平等的行为”，NPJ量子信息2，15022（2016），ARXIV，ARXIV，ARXIV：1504.044.02707]，这是两次验证的结果，这是两种较弱的结果，即两次验证的结果。对它们进行测量。但是，对报告结果的理论解释需要进一步考虑。本文所作的言论可能对量子基础和量子密码学都有严重的影响。
In the cited paper [White, T., Mutus, J., Dressel, J. et al., "Preserving entanglement during weak measurement demonstrated with a violation of the Bell-Leggett-Garg inequality", npj Quantum Information 2, 15022 (2016), arXiv:1504.02707], experimental results were presented that clearly prove that the quantum entanglement between two qubits is preserved after weak enough measurements are performed on them. The theoretical interpretation of the reported results, however, requires further consideration. The remarks made in this paper may have serious implications both for quantum foundations and for quantum cryptography.
