Description This article looks at the development of scientific knowledge, portraying the way that Galileo's process of discovery as “the normal way in which scientific progress is achieved.” (from the abstract)
Book Renn, Jürgen (2001) Galileo In Context.
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Roux, Sophie;
(2006)
Découvrir le principe d'inertie
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Article
Romo, José;
(2005)
¿Hacía Galileo experimentos?
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Article
Hahn, Alexander J.;
(2002)
The Pendulum Swings Again: A Mathematical Reassessment of Galileo's Experiments with Inclined Planes
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Article
Zemplén, Gábor Á.;
Demeter, Tamás;
(2010)
Being Charitable to Scientific Controversies: On the Demonstrativity of Newton's Experimentum Crucis
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Crease, Robert P.;
(2003)
The Legend of the Leaning Tower
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Article
Luigi Guerrini;
(2014)
Pereira and Galileo: Acceleration in Free Fall and Impetus Theory
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Article
Antonia LoLordo;
(2015)
Copernicus, Epicurus, Galileo, and Gassendi
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Chapter
Ken'ichi Takahashi;
(2015)
On the Need to Rewrite the Formation Process of Galileo's Theory of Motion
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Article
Schemmel, Matthias;
(2006)
The English Galileo: Thomas Harriot and the Force of Shared Knowledge in Early Modern Mechanics
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Article
Palmerino, Carla Rita;
(2010)
Experiments, Mathematics, Physical Causes: How Mersenne Came to Doubt the Validity of Galileo's Law of Free Fall
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Andrew Janiak;
(2015)
Space and Motion in Nature and Scripture: Galileo, Descartes, Newton
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Article
Palmerino, Carla Rita;
(2010)
The Geometrization of Motion: Galileo's Triangle of Speed and Its Various Transformations
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Chapter
Shea, William R.;
Bascelli, Tiziana;
(2008)
How Torricelli Improved on Galileo's Laws of Free Fall and Projectile Motion
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Gattei, Stefano;
(2013)
Galileo and Tennis: Reconciling the New Physics with Commonsense
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Article
Palmieri, Paolo;
(2005)
Galileo's Construction of Idealized Fall in the Void
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Article
Norton, John D.;
Roberts, Bryan W.;
(2012)
Galileo's Refutation of the Speed-Distance Law of Fall Rehabilitated
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Chapter
Patricia Radelet-de-Grave;
(2015)
La chute des corps, le mouvement des corps célestes et l'unification des mondes
(/isis/citation/CBB951522195/)
Article
Stephen Clucas;
Timothy Raylor;
(2020)
Kenelm Digby’s Two Treatises and the Reception of the Galilean Science of Motion
(/isis/citation/CBB612040774/)
Article
Graney, Christopher M.;
(2011)
Contra Galileo: Riccioli's “Coriolis-Force” Argument on the Earth's Diurnal Rotation
(/isis/citation/CBB001036131/)
Chapter
Schemmel, Matthias;
(2012)
Thomas Harriot as an English Galileo: The Force of Shared Knowledge in Early Modern Mechanics
(/isis/citation/CBB001252678/)
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