
audiobook
by Leopold Pfaundler von Hadermur, Louis Couturat, Otto Jespersen, Richard Lorenz, Wilhelm Ostwald
TRANSCRIBER'S NOTE
INTERNATIONAL LANGUAGE AND SCIENCE
PREFACE
TRANSLATOR'S PREFACE
CHAPTER I
CHAPTER II
CHAPTER III
CHAPTER IV
CHAPTER V
CHAPTER VI
This work opens a thoughtful dialogue on the prospects of a universal scientific tongue, tracing how early 20th‑century scholars approached the idea of an international auxiliary language. The authors, hailing from five nations and three linguistic traditions, explain why past movements—most notably Volapük and Esperanto—failed to achieve practical adoption, yet also recognize the valuable principles each contributed. By framing the issue within a strictly scientific methodology, they aim to separate genuine linguistic merit from the fervor of utopian enthusiasm.
Readers are invited to follow the authors’ careful reasoning as they outline the role of a common language in advancing research and international cooperation. The book presents the deliberations of a Paris‑based commission, describing how collaborative correspondence in the proposed lingua franca itself demonstrates its feasibility. It offers a measured, historically grounded perspective that encourages modern scientists to consider language as a tool for unifying discovery.
Full title
International Language and Science Considerations on the Introduction of an International Language into Science Considerations on the Introduction of an International Language into Science
Language
en
Duration
~3 hours (184K characters)
Publisher of text edition
Project Gutenberg
Credits
Produced by MWS, John Campbell and the Online Distributed Proofreading Team at http://www.pgdp.net (This file was produced from images generously made available by The Internet Archive/American Libraries.)
Release date
2017-05-09
Rights
Public domain in the USA.
1839–1920
A 19th-century Austrian physicist and chemist, he helped push physical chemistry forward long before it was fully established as its own field. His work ranged from chemical reaction theory to molecular physics, and he also had a life beyond the lab as an alpinist and public intellectual.
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1868–1914
A French philosopher, logician, and mathematician, he helped bring Leibniz’s ideas back into focus and pushed for a more precise, modern approach to logic. He is also remembered as an early champion of the international auxiliary language Ido.
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1860–1943
A Danish linguist who helped change how English grammar and language teaching were understood, he remains one of the most influential language scholars of his era. His work ranged from phonetics and syntax to the creation of Novial, an international auxiliary language.
View all books1863–1929
Austrian chemist Richard Lorenz helped shape early physical chemistry and electrochemistry, building a career that took him from Vienna and Jena to Zurich and Frankfurt. He also wrote and edited widely, making complex scientific work more accessible to other researchers.
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1853–1932
A founder of physical chemistry, he helped turn the study of chemical reactions, equilibria, and catalysis into a modern scientific discipline. His work earned the 1909 Nobel Prize in Chemistry and shaped how generations of chemists thought about change and energy.
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