ABSTRACT – We bring an argument favoring the perspective that modern science is different from ancient science as the former is less rigorous than the latter. To prove this thesis, we investigate how Archimedes and Galilei demonstrate the principle of the lever, i.e. the law according to which the equilibrium of the lever depends on the product of the loaded weight times the length of the arm. In explaining Archimedes’ proof, we follow Dijksterhuis’ presentation, defending its rigor from Mach’s attack. Concerning Galileo, on the other hand, we show how his proof of the lever principle is based on the thesis that continuum is constituted by an infinity of atoms. Moreover, we shed light on the fact that Galileo employs this notion of ...
At the beginning of his last major work, Galileo tackles an old paradox, Aristotle’s Wheel, in order...
AbstractGalileo's steps in the discovery of the law of free fall and its application to inclined pla...
History of Classical Mechanics from Galileo's free fall to the D.Bernoulli's first definition of pot...
ABSTRACT – We bring an argument favoring the perspective that modern science is different from anci...
Si dimostra che Galileo non ha mai proposto un principo d'inerzia. Questo errore storiografico ancor...
The science of mechanics has a history extending over more than two millennia. Its origin is closely...
In this paper I challenge Paolo Palmieri’s reading of the Mach-Vailati debate on Archimedes’s proof ...
The Aristotelian text known with the title of Quaestiones mechanicae has greatly and explicitly infl...
International audienceOtto Hölder’s reply to Mach’s renowned critique of the Archimedean proof of th...
We discuss the controversy about the demonstration of the law of the lever as given by Archimedes. O...
This book is intended as a historical and critical study on the origin of the equations of motion as...
SUMMARY. — I investigate some texts taken principally from Aristotle's Physics, in order to analyze ...
Archimedes' statics is considered as an example of ancient Greek applied mathematics; it is even see...
Galileo’s law of fall is one of the crucial building blocks of classical mechanics. The question how...
Objective: One of the fundamental propositions of Aristotelian philosophy is that there is no effect...
At the beginning of his last major work, Galileo tackles an old paradox, Aristotle’s Wheel, in order...
AbstractGalileo's steps in the discovery of the law of free fall and its application to inclined pla...
History of Classical Mechanics from Galileo's free fall to the D.Bernoulli's first definition of pot...
ABSTRACT – We bring an argument favoring the perspective that modern science is different from anci...
Si dimostra che Galileo non ha mai proposto un principo d'inerzia. Questo errore storiografico ancor...
The science of mechanics has a history extending over more than two millennia. Its origin is closely...
In this paper I challenge Paolo Palmieri’s reading of the Mach-Vailati debate on Archimedes’s proof ...
The Aristotelian text known with the title of Quaestiones mechanicae has greatly and explicitly infl...
International audienceOtto Hölder’s reply to Mach’s renowned critique of the Archimedean proof of th...
We discuss the controversy about the demonstration of the law of the lever as given by Archimedes. O...
This book is intended as a historical and critical study on the origin of the equations of motion as...
SUMMARY. — I investigate some texts taken principally from Aristotle's Physics, in order to analyze ...
Archimedes' statics is considered as an example of ancient Greek applied mathematics; it is even see...
Galileo’s law of fall is one of the crucial building blocks of classical mechanics. The question how...
Objective: One of the fundamental propositions of Aristotelian philosophy is that there is no effect...
At the beginning of his last major work, Galileo tackles an old paradox, Aristotle’s Wheel, in order...
AbstractGalileo's steps in the discovery of the law of free fall and its application to inclined pla...
History of Classical Mechanics from Galileo's free fall to the D.Bernoulli's first definition of pot...