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Special Relativity in Week One: 1) The Principle of Relativity

Elisha R. Huggins

Open publisher page 9 citations

Abstract

We like to begin an introductory physics course with a law of physics that applies to everything, has no known exceptions, and whose consequences are already familiar to students. That law is the principle of relativity. By focusing on the principle of relativity itself, and a careful selection of the thought experiments, we can comfortably introduce the basic concepts of special relativity that we will use later in the course.1 This allows us to construct an introductory physics course that includes 20th- and 21st-century physics as we go along, rather than shoving modern physics off the back end.2

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What this paper is about

We like to begin an introductory physics course with a law of physics that applies to everything, has no known exceptions, and whose consequences are already familiar to students. That law is the principle of relativity. By focusing on the principle of relativity itself, and a careful selection of the thought experiments, we can comfortably introduce the basic concepts of special relativity that we will use later in the course.1 This allows us to construct an introductory physics course that includes 20th- and 21st-century physics as we go along, rather than shoving modern physics off the back end.2

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

We like to begin an introductory physics course with a law of physics that applies to everything, has no known exceptions, and whose consequences are already familiar to students. That law is the principle of relativity. By focusing on the principle of relativity itself, and a careful selection of the thought experiments, we can comfortably introduce the basic concepts of special relativity that we will use later in the course.1 This allows us to construct an introductory physics course that includes 20th- and 21st-century physics as we go along, rather than shoving modern physics off the back end.2

Key concepts: Theory of relativity, Special relativity, Modern physics, Principle of relativity, Theoretical physics, Test theories of special relativity, Four-force, Classical physics

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