The discovery of a maximum limit of the height to which water can be raised by suction pumps was first published and accurately described by Galileo in his Discourses and Mathematical Demonstrations Concerning Two New Sciences. The difficult historical reconstruction of the origins of such a discovery, which the Pisan mathematician ascribed to some practitioners, has been so far overlooked, whereas the discussion of Galileo?s testimony has preferred to focus on the later invention of the barometer rather than on the development of the knowledge concerning hydraulic machines in the 16th and 17th centuries. Through a discussion of works by Cardano, Agricola, Ramelli, Della Porta, Salomon de Caus, I have tried to single out their main ideas about the suction pumps. From this perspective Galileo's conception, as it appears in the letters exchanged with Baliani and in the Discourses, stands out as utterly original and new, and shows how even in this case the knowledge built up during previous centuries could be applied to a new context of problems which, though no longer that of the writers of books on machines, is however not yet that which will emerge with Torricell?s later experiments.
...More
Chapter
Cesare S. Maffioli;
(2015)
Not a Limit of Art but of Nature: Cardano and Galileo on the Suction Lift of Water
(/isis/citation/CBB357566814/)
Article
Trabucco, Oreste;
(2009)
Giochi d'acqua e d'aria tra magia e meccanica: ancora su Della Porta e Galileo
(/isis/citation/CBB000931305/)
Book
(1997)
La diffusione del copernicanesimo in Italia, 1543-1610
(/isis/citation/CBB000075192/)
Article
Doina-Cristina Rusu;
(2017)
Rethinking Sylva sylvarum: Francis Bacon's Use of Giambattista Della Porta's Magia naturalis
(/isis/citation/CBB077345932/)
Book
Minazzi, Fabio;
(2023)
Le ragioni di Galileo. Scienza, tecnica ed epistemologia
(/isis/citation/CBB854543777/)
Article
Zik, Yaakov;
Hon, Giora;
(2012)
Magnification: How to Turn a Spyglass into an Astronomical Telescope
(/isis/citation/CBB001210192/)
Book
Giovanni Ferraro;
(2015)
Ricerche di storia della matematica
(/isis/citation/CBB555656970/)
Article
Raimondi, Francesco Paolo;
(2004)
Cardano e Vanini tra sapere pre-scientifico e scienza moderna: significato e limiti della presenza cardaniana nei testi vaniniani
(/isis/citation/CBB000630822/)
Book
Donato Verardi;
(2018)
La scienza e i segreti della natura a Napoli nel Rinascimento: La magia naturale di Giovan Battista Della Porta
(/isis/citation/CBB944005794/)
Article
Clementina Gily Reda;
(2023)
Immagini e volti dello stage, simbolo e topos del mondo che diviene
(/isis/citation/CBB980709442/)
Article
Barsanti, Danilo;
(1989)
La scuola idraulica galileiana operante in Toscana
(/isis/citation/CBB000060147/)
Article
Smith, Norman A. F.;
(2007)
The Hydraulics of Ancient Pipes and Pipelines
(/isis/citation/CBB000700488/)
Book
Hinde, K. S. G.;
(2005)
Fenland Pumping Engines
(/isis/citation/CBB000700497/)
Article
Cesare S. Maffioli;
(2016)
I contributi di Leonardo da Vinci e degli ingegneri milanesi: misura delle acque e navigazione dell'Adda tra fine XV e XVI secolo
(/isis/citation/CBB059548572/)
Article
Beery, Janet L.;
(2009)
Formulating Figurate Numbers
(/isis/citation/CBB000931932/)
Chapter
Carlo Togliani;
(2010)
I Bertazzolo: ingegneri e territorio fra XVI e XVII secolo
(/isis/citation/CBB375137014/)
Chapter
Susan B. Butters;
(2010)
Princely Waters: An Elemental Look at the Medici Dukes
(/isis/citation/CBB189835818/)
Chapter
Damler, Daniel;
(2008)
The Modern Wonder and Its Enemies: Courtly Innovations in the Spanish Renaissance
(/isis/citation/CBB000952617/)
Article
Büttner, Jochen;
(2008)
Big Wheel Keep on Turning
(/isis/citation/CBB000931288/)
Article
Valleriani, Matteo;
(2008)
Galileo in the Role of Caster's Assistant: The 1634 Bell of the Torre del Mangia in Siena
(/isis/citation/CBB000931290/)
Be the first to comment!