现实的光谱

Anirudh Singh
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引用次数: 0

摘要

虽然主观通常存在于头脑中,但可以通过实验测量的过程将其转化为客观。半导体空穴作为实粒子的存在,决定了半导体的可测量性质,这表明一个缺失的电子可以获得实粒子的所有性质。这个类比可以用来解释泡利在1930年提出的最初假想的无质量和难以捉摸的粒子如何解释核衰变,最终通过1956年Cowan和Reines的实验验证成为现实。因此,测量行为能够创造现实。这个过程被称为“现实光谱”。虽然不是所有的物理实体都可以直接进行实验测量,但所有的物理实验总是发生在“此时此地”。物理实验的设计和实施通常是假设和测量的结合。人类在物理领域的界面上充当有生命的观察者,能够创造理论,设计和进行实验,以及解释他们的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Spectrum of Reality
While the subjective normally exists in the mind, it is possible to transform it into the objective through the process of experimental measurement. The existence of the semiconductor hole as a real particle that determines the measurable properties of semiconductors demonstrates that a missing electron can acquire all the properties of a real particle. This analogy can be used to explain how the initially imaginary massless and elusive particle proposed by Pauli in 1930 to explain nuclear beta decay was eventually made real through experimental verification by Cowan and Reines in 1956. The act of measurement is thus able to create reality. This process is dubbed “the spectrum of reality.”While not all physical entities are directly accessible to experimental measurement, all experiments of physics always happen in the “here and now.”The design and implementation of physical experiments are often concatenations of hypotheses and measurement.Humans act as animate observers at the interface of the physical realms, and are able to create theories, and design and conduct experiments, as well as interpret their outcomes.
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