The logic of modern physics

audiobook

The logic of modern physics

by P. W. (Percy Williams) Bridgman

EN·~6 hours·9 chapters

Chapters

9 total

THE LOGIC OF MODERN PHYSICS

0:13

PREFACE

2:39

INTRODUCTION

7:06

THE LOGIC OF MODERN PHYSICS

0:01

CHAPTER I BROAD POINTS OF VIEW

50:16

CHAPTER II OTHER GENERAL CONSIDERATIONS

53:01

CHAPTER III DETAILED CONSIDERATION OF VARIOUS CONCEPTS OF PHYSICS

3:32:17

CHAPTER IV SPECIAL VIEWS OF NATURE

48:12

INDEX

2:05

Description

In this thoughtful exploration, a seasoned experimental physicist turns his keen eye toward the deeper questions that underlie modern science. Drawing on the revolutionary insights of relativity and the emerging quantum theory, he asks what our most basic concepts of space, time, and motion really mean. The narrative weaves together historical developments with a clear, empirical stance, showing how a shift in perspective can simplify rather than complicate the bewildering array of experimental facts.

The book invites listeners to join a critical dialogue about the purpose and interpretation of physics, without demanding specialist knowledge. By grounding philosophical reflections in concrete experiments, it offers a bridge between rigorous science and the intuitive ideas that shape our understanding of the physical world. Ideal for anyone curious about how the foundations of physics have been reshaped in the early twentieth century, it provides a lucid guide to the evolving logic that drives contemporary theory.

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Details

Language

en

Duration

~6 hours (360K characters)

Publisher of text edition

Project Gutenberg

Original publisher

United States: The Macmillan Company, 1927.

Credits

Laura Natal Rodrigues (Images generously made available by Hathi Trust Digital Library.)

Release date

Apr 22, 2023

Rights

Public domain in the USA.

About the author

P. W. (Percy Williams) Bridgman

P. W. (Percy Williams) Bridgman

1882–1961

Best known for pushing matter to extreme conditions, this Nobel Prize-winning physicist turned high-pressure research into a major field. He also wrote thoughtfully about how science works, linking hands-on experiment with big questions about method and meaning.

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