The Foundations of Physics

Anirudh Singh
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Abstract

This chapter critically examines the criteria that the discipline of physics must satisfy to be able to explain the behavior of the physical world. These criteria may be divided into the primary, secondary, and fundamental requirements of physics. The primary requirements include the need for physics to explain the physical world at all scales and time, to acknowledge that physics describes the real world and is dependent on observers for its measurement and interpretation.The indeterminacy inherent in the quantum mechanical framework is examined in this chapter, and it is concluded that this does not in any way affect the law of causality that forms a basic tenet of classical physics.All requirements of physics are subject to the fundamental requirement of physics, which states that the laws of physics are determined exclusively by the total content of the universe.
物理学基础
本章批判性地考察了物理学学科必须满足的标准,以便能够解释物理世界的行为。这些标准可分为主要的、次要的和基本的物理要求。主要要求包括物理学需要在所有尺度和时间上解释物理世界,承认物理学描述的是真实世界,并且依赖于观察者进行测量和解释。本章考察了量子力学框架中固有的不确定性,并得出结论,这不会以任何方式影响构成经典物理学基本原则的因果律。物理学的所有要求都服从于物理学的基本要求,即物理定律完全由宇宙的总内容决定。
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