Javascript must be enabled to continue!
Camille Flammarion und der Zweite Hauptsatz der Thermodynamik
View through CrossRef
AbstractIn Camille Flammarion's book La fin du monde, published in 1894, we find the picture shown in fig. 2: Some poorly dressed people, including a mother with her child, are shivering with cold in an extremely hostile environment of ice and snow. In two wide‐spread German history of science textbooks, this picture is given as an illustration of the pessimistic conclusions that some nineteenth century physicists (among them Hermann von Helmholtz) had drawn from the Second Law of Thermodynamics. They believed that in a remote future, the entropy of the universe would grow to a maximum, and all available energy would be transformed into heat. This apocalyptic vision was often called “heat death”, but as the average temperature would then be very low, the expression “cold death” was used as well.By analysing Flammarion's text, it is shown that he was not a supporter of this vision of the end of the world. According to Flammarion, mankind would die of cold as a consequence of the lack of water vapour in the atmosphere, and this would occur about twenty million years before the exhaustion of the sun as a source of energy. The use of this picture as an illustration of the heat death (or cold death) theory derived from thermodynamics is a misinterpretation that reminds of the erroneous assumptions that were expressed with regard to another picture by Flammarion (fig. 1). This illustration stemming from L'Atmosphére: Météorologie populaire (Paris 1888) was for many years (and sometimes is still) falsely considered as a medieval German woodcut.
Title: Camille Flammarion und der Zweite Hauptsatz der Thermodynamik
Description:
AbstractIn Camille Flammarion's book La fin du monde, published in 1894, we find the picture shown in fig.
2: Some poorly dressed people, including a mother with her child, are shivering with cold in an extremely hostile environment of ice and snow.
In two wide‐spread German history of science textbooks, this picture is given as an illustration of the pessimistic conclusions that some nineteenth century physicists (among them Hermann von Helmholtz) had drawn from the Second Law of Thermodynamics.
They believed that in a remote future, the entropy of the universe would grow to a maximum, and all available energy would be transformed into heat.
This apocalyptic vision was often called “heat death”, but as the average temperature would then be very low, the expression “cold death” was used as well.
By analysing Flammarion's text, it is shown that he was not a supporter of this vision of the end of the world.
According to Flammarion, mankind would die of cold as a consequence of the lack of water vapour in the atmosphere, and this would occur about twenty million years before the exhaustion of the sun as a source of energy.
The use of this picture as an illustration of the heat death (or cold death) theory derived from thermodynamics is a misinterpretation that reminds of the erroneous assumptions that were expressed with regard to another picture by Flammarion (fig.
1).
This illustration stemming from L'Atmosphére: Météorologie populaire (Paris 1888) was for many years (and sometimes is still) falsely considered as a medieval German woodcut.
Related Results
Pedersstræde i Viborg. Købstadarkæologiske undersøgelser 1966/67
Pedersstræde i Viborg. Købstadarkæologiske undersøgelser 1966/67
Pedersstræde in Viborg Archäologische Untersuchungen der Stadt ViborgSchon seit dem 17. Jahrhundert hat man die historisch-topographische Entwicklung der Stadt Viborg zum Gegenstan...
Photolabile Schutzgruppen und ihre Anwendung zur wellenlängenselektiven Aktivierung und Deaktivierung eines Antibiotikums
Photolabile Schutzgruppen und ihre Anwendung zur wellenlängenselektiven Aktivierung und Deaktivierung eines Antibiotikums
Die Verwendung von photolabilen Schutzgruppen zur nicht-invasiven Kontrolle von Systemen birgt ein großes Potential für verschiedenste Anwendungsgebiete, die von der Erforschung un...
Die Triebkraft chemischer Reaktionen
Die Triebkraft chemischer Reaktionen
AbstractDer zweite Hauptsatz der Thermodynamik ist von elementarer Bedeutung für das Verständnis der Chemie. Denn erst mit der Kenntnis des zweiten Hauptsatzes wird deutlich, warum...
Internationales Baurecht
Internationales Baurecht
Das Völkerrecht ist die Gesamtheit rechtlich verbindlicher Normen, die die Beziehungen zwischen den Subjekten der internationalen Rechtsordnung regeln und insgesamt eine eigenständ...
Entwicklung HPLC‐MS/MS‐basierter Methoden zur Multi‐Mykotoxinanalytik in Humanurin
Entwicklung HPLC‐MS/MS‐basierter Methoden zur Multi‐Mykotoxinanalytik in Humanurin
ZusammenfassungMykotoxine sind toxische Sekundärmetaboliten von Schimmelpilzen verschiedener Gattungen. Der Befall von landwirtschaftlichen Nutzpflanzen wie Getreide, Obst, Nüssen ...
Der Diskurs um Medien und Werte ist weiter zu fassen
Der Diskurs um Medien und Werte ist weiter zu fassen
Die Debatte um Werte und Medien begleitet die Gesellschaft und speziell die Pädagogik seit dem Aufkommen der sogenannten Massenmedien. Im Mittelpunkt stand und steht noch immer die...
Popular Astronomy
Popular Astronomy
French astronomer Camille Flammarion (1842–1925) called the study of the heavens 'the science which concerns us most'. He believed that learning 'what place we occupy in the infini...
Analytik von Chlorparaffinen und Mineralöl‐Kohlenwasserstoffen in Lebensmitteln und Bedarfsgegenständen mittels GCxGC‐QTOG/MS
Analytik von Chlorparaffinen und Mineralöl‐Kohlenwasserstoffen in Lebensmitteln und Bedarfsgegenständen mittels GCxGC‐QTOG/MS
ZusammenfassungChlorparaffine (CPs, chlorinated paraffins) und Mineralöl‐Kohlenwasserstoffe (MOH, mineral oil hydrocarbons) sind komplexe Mischungen, die sich aus zehn‐ bis hundert...

