薛定谔的猫并不孤单
Schroedinger's Cat is not Alone
摘要：
我们引入了“完全波函数”，并推导出所有的生物，不仅仅是薛定谔的猫，实际上都是由“活的”和“死的”量子态的叠加描述的;否则它们永远不会死。因此，这一提议为我们都会死去这一全球性的观察提供了量子力学的解释。接下来我们在M理论的框架中考虑测量问题。为了这个目的，连同薛定谔的猫，我们也把盒子里拉斯普廷的猫，这是不受毒药。我们分析系统识别其激发（catons和catinos），我们讨论它的演变：无论是经典的战斗或量子纠缠。我们还提出了$BSVΨ$方案，它实现了完整的波函数以及大爆炸和字符串景观在一个非常（超级）自然的方式。然后，我们测试引力退相干的纠缠系统应用由于伽利略的实验设置。我们还讨论了信息丢失悖论。为此，我们考虑一只无质量的黑猫落入一个大质量的黑洞中。在此之后，我们概述了一种方法来计算黑猫的宇宙暗物质的贡献。最后，在薛定谔的精神，我们建议下一代双缝实验应该使用猫作为弹丸。猫干涉测量法将不可避免地导致量子力学的“多猫”解释，从而为旧的奥秘和悖论提供新的解释。例如，根据这种解释，保守估计表明，一只家猫的决策每天将创造大约5500亿个完整的宇宙，以及同样多的复制品。
英文摘要：
We introduce the `Complete Wave Function' and deduce that all living beings, not just Schroedinger's cat, are actually described by a superposition of `alive' and `dead' quantum states; otherwise they would never die. Therefore this proposal provides a quantum mechanical explanation to the world-wide observation that we all pass away. Next we consider the Measurement problem in the framework of M-theory. For this purpose, together with Schroedinger's cat we also place inside the box Rasputin's cat, which is unaffected by poison. We analyse the system identifying its excitations (catons and catinos) and we discuss its evolution: either to a classical fight or to a quantum entanglement. We also propose the $BSVΨ$ scenario, which implements the Complete Wave Function as well as the Big Bang and the String Landscape in a very (super)natural way. Then we test the gravitational decoherence of the entangled system applying an experimental setting due to Galileo. We also discuss the Information Loss paradox. For this purpose we consider a massless black cat falling inside a massive black hole. After that we outline a method to compute the contribution of black cats to the dark matter of the universe. Finally, in the spirit of Schroedinger, we propose that next generation double-slit experiments should use cats as projectiles. Cat interferometry will inevitably lead to the `Many Cats' interpretation of Quantum Mechanics, allowing to shed new light on old mysteries and paradoxes. For example, according to this interpretation, conservative estimates show that decision making of a single domestic cat will create about 550 billion whole universes every day, with as many replicas of itself.
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