The atom and the Bohr theory of its structure :  an elementary presentation

audiobook

The atom and the Bohr theory of its structure : an elementary presentation

by Helge Holst, Hendrik Anthony Kramers

EN·~5 hours

Chapters

Description

At the turn of the twentieth century the once‑mysterious atom began to reveal its inner workings. Ground‑breaking experiments uncovered the electron, and Rutherford’s scattering work showed atoms to be tiny systems of opposite charges, while Planck’s quantum ideas hinted at a new way to describe energy. Into this rapidly changing landscape Niels Bohr introduced a bold model that linked electron motion to quantized radiation, offering a coherent picture of why elements behave as they do.

This book distills those revolutionary concepts into an accessible narrative, avoiding dense mathematics and focusing on the physical meaning behind the formulas. Readers will travel from the early discoveries that set the stage to Bohr’s elegant explanation of hydrogen’s spectrum and the emerging view of atomic structure. Ideal for curious minds who want a clear, concise introduction to modern atomic theory without getting lost in technical detail.

Details

Language

en

Duration

~5 hours (334K characters)

Publisher of text edition

Project Gutenberg

Original publisher

United States: Alfred A. Knopf, 1923.

Credits

deaurider and the Online Distributed Proofreading Team at https://www.pgdp.net (This file was produced from images generously made available by The Internet Archive)

Release date

2023-05-05

Rights

Public domain in the USA.

About the authors

HH

Helge Holst

1871–1944

A Danish physicist who turned science into lively, readable books for a broad audience, he helped bring modern ideas in technology and physics to everyday readers. His career moved between teaching, editing, librarianship, and writing, with popular science at the center of it all.

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Hendrik Anthony Kramers

Hendrik Anthony Kramers

1894–1952

A leading Dutch physicist of the early quantum era, he worked closely with Niels Bohr and helped shape how scientists understood atoms, spectra, and magnetism. His name still appears across physics in ideas like the Kramers-Kronig relations and Kramers degeneracy.

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