This Open Access book discusses the progress of science and the transfer of scientific knowledge to technological application. It also identifies the factors necessary to achieve this progress. Based on a case study of the physical chemist Fritz Haber's discovery of ammonia synthesis between 1903 and 1909, the book places Haber's work in historical and scientific (physicochemical) context. The scientific developments of the preceding century are framed in a way that emphasizes the confluence of knowledge needed for Haber's success. Against this background, Haber's work is presented in detail along with the indispensable contributions of his colleague, the physical chemist, Walter Nernst, and their assistants. The detailed accounts of scientific advancement remind us of the physical basis on which our scientific theories and ideas are built. Without this reminder we often forget how complex, and how beautiful achievements in science can be.
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Chapter
Suhling, Lothar;
(1993)
Walther Nernst und die Ammoniaksynthese nach Haber und Bosch
(/isis/citation/CBB000049768/)
Thesis
Barkan, Diana L. Kormos;
(1990)
Walther Nernst and the transition to modern physical chemistry
(/isis/citation/CBB001564701/)
Book
Hoffmann, Dieter;
Walker, Mark;
(2012)
The German Physical Society in the Third Reich: Physicists between Autonomy and Accommodation
(/isis/citation/CBB001450229/)
Article
Wisniak, Jaime;
(2002)
Fritz Haber---A Conflicting Chemist
(/isis/citation/CBB000200440/)
Article
Manchester, Keith L.;
(2002)
Man of Destiny: The Life and Work of Fritz Haber
(/isis/citation/CBB000300187/)
Chapter
Nye, Mary Jo;
(2002)
Michael Polanyi's Theory of Surface Adsorption: How Premature?
(/isis/citation/CBB000202423/)
Book
Anders Lennartson;
(2021)
Carl Wilhelm Scheele and Torbern Bergman: The Science, Lives and Friendship of Two Pioneers in Chemistry
(/isis/citation/CBB026239631/)
Book
Windelspecht, Michael;
(2003)
Groundbreaking Scientific Experiments, Inventions, and Discoveries of the 19th Century
(/isis/citation/CBB000301751/)
Chapter
Dienel, Hans-Liudger;
(2014)
Carl Linde and His Relationship with Georges Claude: The Cooperation between Two Independent Inventors in Cryogenics and Its Side Effects
(/isis/citation/CBB001500411/)
Chapter
Maimon, Vered;
(2013)
Talbot's Art of Discovery
(/isis/citation/CBB001500499/)
Article
Raj, Kapil;
(2000)
18th Century Pacific Voyages of Discovery, “Big Science”, and the Shaping of an European Scientific and Technological Culture
(/isis/citation/CBB000111608/)
Article
Stock, John T.;
(2000)
Morris Loeb, Walther Nernst, and the Transference Number
(/isis/citation/CBB000740567/)
Book
Bartel, Hans-Georg;
(1989)
Walther Nernst
(/isis/citation/CBB000064265/)
Essay Review
Hunger, Johannes;
(2002)
Laws, Lamps, and Pianos
(/isis/citation/CBB000201196/)
Chapter
Hiebert, Erwin N.;
(1978)
Nernst and electrochemistry
(/isis/citation/CBB000009731/)
Article
Sommer, Klaus P.;
(2005)
In das Deutschland “von Hilbert und Einstein”. Briefe von Einstein, Planck, Nernst, Debye, Born, Sommerfeld, Courant, Ehrenfest, Weyl und Althoff an David Hilbert, gefunden auf einem Göttinger Dachboden
(/isis/citation/CBB000670823/)
Article
Coffey, Patrick;
(2006)
Chemical Free Energies and the Third Law of Thermodynamics
(/isis/citation/CBB000670799/)
Article
Kant, Horst;
(1974)
Zum Problem der Forschungsprofilierung am Beispiel der Nernstschen Schule während ihrer Berliner Zeit von 1905 bis 1914
(/isis/citation/CBB000000713/)
Book
Barkan, Diana Kormos;
(1999)
Walther Nernst and the transition to modern physical science
(/isis/citation/CBB000083048/)
Article
Kragh, Helge;
(1995)
Cosmology between the wars: The Nernst-MacMillan archive
(/isis/citation/CBB000045043/)
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