从内在的角度观察量子力学
Embodied observations from an intrinsic perspective can entail quantum dynamics
摘要：
经过几个世纪的研究，主观经验与物理现象的关系仍然不清楚。最近的策略试图识别经验的物理相关性。较少研究的是科学家如何消除他们主观经验中的“虚假”方面，以建立一门“客观”的科学。在这里，我们模拟科学家做科学。这需要一种形式上类似于量子动力学的动力学。普朗克常数的模拟与观测过程有关。这种科学的逆向工程表明，经验的一些“非虚假”方面仍然存在：体现和从内在视角观察的能力。一个关系的观点出现了：每一个经验都有一个物理的相关性，每一个物理现象都是“某人”的经验。这可能有助于弥合解释的差距，并暗示非二元模式的经验。
英文摘要：
After centuries of research, how subjective experience relates to physical phenomena remains unclear. Recent strategies attempt to identify the physical correlates of experience. Less studied is how scientists eliminate the "spurious" aspects of their subjective experience to establish an "objective" science. Here we model scientists doing science. This entails a dynamics formally analogous to quantum dynamics. The analogue of Planck's constant is related to the process of observation. This reverse-engineering of science suggests that some "non-spurious" aspects of experience remain: embodiment and the mere capacity to observe from an intrinsic perspective. A relational view emerges: every experience has a physical correlate and every physical phenomenon is an experience for "someone". This may help bridge the explanatory gap and hints at non-dual modes of experience.
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